New Energy Technologies Magazine nr 3 2005.pdf - Index of
New Energy Technologies Magazine nr 3 2005.pdf - Index of
New Energy Technologies Magazine nr 3 2005.pdf - Index of
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong><br />
<strong>Magazine</strong><br />
Scientific news on advanced propulsion systems for aerospace industry and new energy technologies<br />
Issue #3 (22) 2005<br />
CONTENTS<br />
• Excessive energy in molecular reactions, A. Sterling, A. Akau, USA 2<br />
• <strong>New</strong>s about Perendev Motor, A. Sterling, USA 14<br />
• Gravity engine, A.N. Sakharov, Russia 21<br />
• Paradoxes <strong>of</strong> gas structures, S. Geller, Russia 25<br />
• Vortex liquid heaters, S. Geller, Russia 29<br />
• The discoveries <strong>of</strong> John Keely, Review, E. Artemyeva, Russia 40<br />
• A water-lifting device, V.V. Marukhin, Russia 49<br />
• An anti-gravity platform <strong>of</strong> V.S. Grebennikov, Review 58<br />
• Gravity Driven Generator, Russell Lee 78<br />
• Membraneless Fuel Cells, Review, S. Shlenchak, Russia 79<br />
• Hypothesis <strong>of</strong> I.O. Yarkovsky, Sizov A.V. , Russia 84<br />
• Flying Platform, S.A. Gerasimov, Russia 92<br />
• Company <strong>New</strong>s: Cycclone Magnet Engines 94<br />
Publisher: Faraday Lab Ltd<br />
Editor-in-Chief Alexander V. Frolov, Scientific Advisor Kirill P. Butusov,<br />
Technical Editor Svetlana A. Schlenchak, Translator Elena N. Artemieva<br />
Correspondence Address: 7 Lev Tolstoy Str., St-Petersburg 197376 Russia,<br />
Tel/fax: 7 (812) 380-3844, net@faraday.ru<br />
2005 subscription $49. All the back issues as PDF files on CD $29.<br />
Please pay online from our web site http://www.faraday.ru<br />
Printed in Russia. Copyright © 2004-2005 by Faraday Lab Ltd.<br />
Circulation: 500 printed copies<br />
Please note that publications in 2006 are not planned.<br />
Information reported in <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> magazine is not necessary endorsed by the publisher or staff.<br />
In many cases information received cannot be verified, though we try to report the news as accurately as possible.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
1
Generation <strong>of</strong> excessive energy<br />
during molecular reactions<br />
Experimenter Jean-Louis Naudin (France) claims to derive free energy cleanly and safely from the<br />
dissociation and association <strong>of</strong> hydrogen atoms. The invention has been made in 2003 by A.V. Frolov<br />
during the combined research project with Spectrum Investments Ltd. Data about several tests was<br />
posted. Plans, schematics, methods all listed openly to encourage replication and improvement <strong>of</strong><br />
results. The idea is based on decades-old concepts set forth by Nobel laureate Irving Langmuir.<br />
Last news from Jean-Louis Naudin’s laboratory:<br />
Using impulse heating <strong>of</strong> a 12V-cathode with a frequency <strong>of</strong> 51 Hz and under ratio <strong>of</strong> the impulse to<br />
the pause equal to 5%, efficiency more than 2000% was obtained. A theoretical maximum for the<br />
given kind <strong>of</strong> construction, according to A.V. Frolov’s calculations, is 83:1, i.e. more than 8000%.<br />
Jean-Louis Naudin’s comment:<br />
“Alexander Frolov was the first to carry out tests <strong>of</strong> the atomic hydrogen generator in Saint Petersburg,<br />
during the first stage <strong>of</strong> the project. You can read more about it at http://jlnlabs.imars.com/mahg/<br />
mahg1.htm. Now I have confirmed the results <strong>of</strong> his tests independently, using two kinds <strong>of</strong> completely<br />
different measurement equipment”.<br />
Jean-Louis Naudin, E-mail: jnaudin509@aol.com, Web-site: http://jlnlabs.org<br />
Editor’s note: The work has begun after<br />
Nicholas Moller’s visit to Saint Petersburg,<br />
2003. We have analyzed his idea <strong>of</strong> using<br />
the monatomic hydrogen recombination<br />
process for the generation <strong>of</strong> excessive<br />
energy. The idea also was published in<br />
William Lyne’s book “Occult Ether<br />
Physics”, USA,1997. Initially, Moller<br />
planned to work with free flame in a device<br />
<strong>of</strong> the hydrogen burner type, but I rejected<br />
this idea due to the explosive risk and<br />
suggested another approach without<br />
hydrogen consumption, i.e. with the<br />
dissociation-recombination cycle occurring<br />
in a closed volume. A powerful electronicvacuum<br />
diode with a tungsten cathode <strong>of</strong><br />
the direct heating was chosen as a basis<br />
<strong>of</strong> the device. Making a contract on the<br />
research on the given subject, we have<br />
determined that intellectual property on<br />
this project belong as 50/50 to Faraday<br />
Lab Ltd, A.V. Frolov, Russia, and Spectrum<br />
Investments Ltd, UK, Nicholas Moller.<br />
Further, Spectrum Investments Ltd paid a<br />
part <strong>of</strong> the works’ expenses. Then, a test<br />
bench and two gas-filled lamps were<br />
exported to UK. Our company, Faraday Lab<br />
Ltd, invested additional funds for<br />
development <strong>of</strong> the works with different<br />
variants <strong>of</strong> the device. It happened more<br />
than a year ago but Spectrum Investments<br />
Ltd still did not paid for our customs fee<br />
on this contract (about 1,000 dollars). Due<br />
to this problem, relations between Faraday<br />
Lab Ltd and Spectrum Investments Ltd<br />
became strained. We understood that it<br />
is only a mere formality but we had to<br />
bring an local court action against an unfair<br />
partner because execution <strong>of</strong> export<br />
contracts shows mutual respect <strong>of</strong> the<br />
companies.<br />
I have to say that due to Nicholas Moller’s<br />
organizing efforts it was created the<br />
Global Institute For <strong>New</strong> <strong>Energy</strong><br />
<strong>Technologies</strong> (GIFNET) http://gifnet.org).<br />
In August, 2005 Nicholas Moller called me<br />
by phone and informed me that UN<br />
General Secretary K<strong>of</strong>i A. Annen visited<br />
the Institute and wished them success and<br />
promised a support.<br />
Our firm also is developing this topic. Now<br />
we have established contacts with<br />
institutes in Australia and UK to continue<br />
the research. We also are interested in<br />
joint projects with Russian research<br />
institutes.<br />
A.V. Frolov, CEO, Faraday Lab Ltd<br />
2 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
maintenance it might require - similar to other<br />
free energy sources such as solar or wind energy.<br />
The development is still too young to be able<br />
to ascribe a cents-per-kilowatt-hour estimate.<br />
The hope would be that it will be less expensive<br />
than any energy technology available today.<br />
Mechanism<br />
Fig. 1. The experimental device in J.L. Naudin’s<br />
laboratory. A test-bench with heat calculator, a<br />
system <strong>of</strong> water cooling and ESB 3.314.363<br />
lamp was exported from Saint Petersburg in<br />
2004 by Faraday Lab Ltd.<br />
Information from web-site http://pesn.com<br />
was given by authors Allan D. Sterling<br />
(sterlingda@pureenergysystems.com) and<br />
Adrian Akau (adrianakau@aol.com).<br />
French independent researcher Jean-Louis<br />
Naudin reported that he ran is experimental<br />
"Frolov/Moller Atomic Hydrogen Generator"<br />
(FMAGH) version 2.0 for one hour at an<br />
efficiency <strong>of</strong> 2000% - that's 20 times more<br />
energy out than he put in. The day before, using<br />
slightly different settings, he reported having<br />
achieved an efficiency <strong>of</strong> 682% for twenty<br />
minutes. On June 2, he reports to have run this<br />
generator for two hours at an efficiency <strong>of</strong><br />
243%. This is the first known replication and<br />
collaboration <strong>of</strong> the work done by inventor<br />
Alexander Frolov <strong>of</strong> Faraday Lab Ltd. <strong>of</strong> St.<br />
Petersburg, Russia, in January 2003.<br />
Free <strong>Energy</strong><br />
According to Naudin's claims, this several-fold<br />
excess energy is being derived somehow in the<br />
process <strong>of</strong> molecular hydrogen dissociating into<br />
atomic hydrogen, and then re-associating into<br />
H 2<br />
. Free energy is derived, and hydrogen is<br />
neither lost nor gained. It is a closed system in<br />
terms <strong>of</strong> "fuel". "The Atomic Hydrogen Process<br />
is 100% clean and safe," says Naudin on his site.<br />
Once realized into a commercial product, such<br />
a generator would provide the consumer with<br />
a device that would supply energy for free,<br />
minus the expense <strong>of</strong> the device itself, and any<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
In simplistic terms, the FMAHG is comprised<br />
<strong>of</strong> a cylinder that has an input and output<br />
channel for water flow around a closed inner<br />
chamber filled with hydrogen at 0.1<br />
atmospheres pressure. (Editor’s note:<br />
Devices with another pressure have been<br />
also investigated in our laboratory. Frolov<br />
A.V.) A 0.25 mm diameter tungsten filament<br />
at the heart <strong>of</strong> the device serves as the cathode,<br />
where the Hydrogen reacts to switch between<br />
monatomic and diatomic states. Again, the<br />
hydrogen is not consumed in the process <strong>of</strong><br />
alternating between monatomic H and H 2<br />
.<br />
Extreme heat is given <strong>of</strong>f as the H atoms<br />
recombine to H 2<br />
. The water cools the vacuum<br />
tube containing hydrogen at 0.1 atmospheres.<br />
The heated water is where the excess energy<br />
manifests for practical use. We speculate that a<br />
stirling-acoustic engine might be the ideal<br />
mechanism for efficiently converting that heat<br />
to mechanical energy.<br />
The key is found in the frequency<br />
characteristics by which the positive anode and<br />
negative cathode are pulsed, to effect a lowenergy<br />
separation <strong>of</strong> the H 2<br />
into H. The anode/<br />
cathode voltage gradients range between 200<br />
and 300 Volts. AC-driven pulses do not work.<br />
The pulses have to be DC, in the range <strong>of</strong> 10<br />
megahertz. The shape <strong>of</strong> the pulses is important<br />
as well.<br />
The recent improvement in efficiency that<br />
Naudin saw, came from changing from a powersupply-driven<br />
voltage pulse, to a battery-driven<br />
pulse. Naudin replaced the power supply by a<br />
high power battery connected through a high<br />
power MosFet Switcher. The Switcher is<br />
driven by a 10 MHz pulse generator.<br />
Apparently, the battery characteristics provide<br />
a better input reservoir. By using the battery,<br />
Naudin was better able to focus the pulse and<br />
gain better results. This is like using a sharp<br />
knife instead <strong>of</strong> a dull one to dice vegetables.<br />
3
Fig. 2. The new experimental device in J.L. Naudin’s laboratory, June 2005.<br />
The shape and length <strong>of</strong> time for the pulse<br />
might be the most important part <strong>of</strong> the<br />
experiment. Editor’s note: hydrogen<br />
dissociation is a subject, which has been<br />
thoroughly studied in the classical<br />
experimental physics. According to the<br />
design, which Naudin has, it is advisable to<br />
work on its resonance frequencies. Besides,<br />
this is not the only method to obtain the effect<br />
in the given system. The effect’s essence is<br />
not limited by the processes in hydrogen.<br />
Alexander V. Frolov.<br />
Self-run Capability Not Yet<br />
Jones Beene, an observer <strong>of</strong> the Naudin results,<br />
commented that until someone is able to make<br />
such a device as this self-run, with energy left<br />
over to use, the mainstream scientific<br />
community will remain alo<strong>of</strong> and uninterested.<br />
Historically, there are too many effects<br />
displaying in the same way but having nothing<br />
to do with free energy.<br />
Naudin responded, "If I am able to greatly<br />
overcome the poor efficiency <strong>of</strong> the Carnot<br />
cycle at high power and for a long time, with<br />
the use <strong>of</strong> a high-efficiency TEG (Thermo<br />
Electric Generator), it seems possible to build<br />
up a closed-loop device. This is a long way <strong>of</strong>f; a<br />
lot <strong>of</strong> work is required."<br />
Beene has numerous ideas <strong>of</strong> his own about the<br />
FMAHG, both about how to improve the<br />
design as well as the theory behind its operation,<br />
and the political ramifications <strong>of</strong> open sourcing.<br />
He expects that a self-runner could appear quite<br />
soon, and then the scenery would change<br />
rapidly.<br />
Open Source Project<br />
Naudin reports additional experimental results<br />
on his website, along with photos <strong>of</strong> his<br />
apparatus, descriptions <strong>of</strong> his protocol,<br />
schematics and diagrams <strong>of</strong> his set-up, and<br />
copies <strong>of</strong> the data he has obtained during his<br />
experimental runs. He provides a history <strong>of</strong><br />
the technology as well as an essay describing<br />
the principles and theories that underlie the<br />
4 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 3. MAHG, version 2.0 built by J.L. Naudin<br />
Nicholas Moller, one <strong>of</strong> two individuals after<br />
whom this particular variant (2.0) device is<br />
named, said, "The time has come for removing<br />
the responsibility <strong>of</strong> defining the energy policies<br />
and structures <strong>of</strong> the future from the hands <strong>of</strong><br />
the established energy industries, and place it<br />
in the hands <strong>of</strong> men <strong>of</strong> science who will work<br />
for the preservation <strong>of</strong> the environment that<br />
sustains all life on Earth." (A quote is from<br />
Naudin's site.)<br />
That does not mean, however, that there will<br />
not be contentious attempts to claim and<br />
patent the technology and its various nuances.<br />
Beene points out the problem <strong>of</strong> "claim<br />
jumpers" in some other countries such as Japan,<br />
technology. The information is clearly<br />
intended to be adequate for anyone who<br />
wishes to construct the device and try to<br />
replicate the results, or join in the quest to<br />
improve upon them.<br />
Water<br />
OUTPUT<br />
Water<br />
INPUT<br />
"The results are stable and fully<br />
reproducible," said Naudin on his site. He<br />
describes the FMAHG as one <strong>of</strong> the best<br />
devices that he has tested to date, a very good<br />
candidate for producing a clean and<br />
independent energy “for the benefit <strong>of</strong> all."<br />
This technology is nearly 70 years old, and is<br />
not likely to be patentable. (A patent was<br />
obtained by Frolov in Russia, but a source<br />
that request to remain anonymous states that<br />
it is probably not valid). (Editor’s note: We<br />
sent a patent application to the patent<br />
authority <strong>of</strong> the Russian Federation but,<br />
after a prolonged correspondence, it was<br />
rejected due to the fact that they<br />
considered this result impossible, though<br />
our measuring bench had been specially<br />
certified by the state metrological center.<br />
Besides, some inaccuracy <strong>of</strong> measurements<br />
is not important in case <strong>of</strong> the efficiency <strong>of</strong><br />
210-245% (for the first experiments). We<br />
hope that the following attempt to patent<br />
this technology will be successful. Of<br />
course, according to our contract about<br />
cooperation work with Spectrum<br />
Investments Ltd., we will give them 50%<br />
<strong>of</strong> the patent. A.V. Frolov). It appears to be<br />
a feasible candidate for the "open source" model<br />
<strong>of</strong> development by interested scientists<br />
worldwide.<br />
H 2<br />
at 0.1 atm<br />
0.3 L<br />
Tungsten<br />
filament<br />
25/100 mm<br />
Fig. 4. ESB 3.314.363 lamp’s design.<br />
A reaction chamber <strong>of</strong> the generator with<br />
tungsten filament.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
5
Fig. 5. A scheme <strong>of</strong> the experiments<br />
Korea, and Taiwan; where the "first-to-file" rule<br />
trumps "first-to-publish." It will take a<br />
magnanimous spirit by many to see some<br />
staking their claims on this technology while<br />
others are freely sharing their ideas. In some<br />
countries, including the U.S., the rule is "first<br />
to publish," so open disclosures on the Internet<br />
will preclude the patenting <strong>of</strong> the idea by<br />
others, ensuring that the technology stays in<br />
the open domain in those countries. Beene<br />
further points out that Governments in<br />
China, Pakistan, and the Arab world might<br />
seek to obtain international patents, even on<br />
some small technical issue, like a more correct<br />
theory or a minor detail <strong>of</strong> operation; thus<br />
limiting or delaying the commercial<br />
implementation by others.<br />
"Perhaps, since Moller himself has no problem<br />
with this open approach, then no one else should<br />
care either. After all, he is the one who is giving<br />
up the most," said Beene. The rush to derive a<br />
clear theory behind how the technology works<br />
is also likely to be animated. (Editor’s note:<br />
The theory already exists and is developed in<br />
details but its publication is not advisable<br />
before getting the patent).<br />
Beene, who has a "bare proton" Dirac<br />
hypothesis about how this technology works,<br />
points out that Randall Mills might seek to<br />
claim that this is a hydrino device, while<br />
advocates <strong>of</strong> the low energy nuclear reaction<br />
(LENR) will claim that this is more akin to cold<br />
fusion. "The Langmuir explanation, being the<br />
one on which the device was built, is likely to be<br />
seen by most as being operative," says Beene,<br />
"but there could be others." All things<br />
considered, Beene concludes, "Yes, let's create<br />
something unique in all <strong>of</strong> free-enterprise - the<br />
6 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
completely open project which benefits the<br />
poor as well as the wealthy - but also, let's not<br />
be naive enough to think that other forces are<br />
not at work to try to keep that from<br />
happening."<br />
It may, therefore, be worthwhile to consider the<br />
example <strong>of</strong> Tim Berners-Lee, inventor <strong>of</strong> and<br />
copyright holder on the World Wide Web. He<br />
uses his copyright as a means to fend <strong>of</strong>f<br />
attempts to introduce proprietary programs,<br />
and to keep the web both free and universal,<br />
which are both part <strong>of</strong> the definition. So, after<br />
this example, this publication and others can<br />
be used to establish the “anteriority” <strong>of</strong> the<br />
concept, and such a copyright may provide at<br />
least some leverage to keep the FMAHG<br />
universal and "free".<br />
Nobel Laureate Irving Langmuir's<br />
Discovery<br />
Naudin states that Frolov/Moller's Atomic<br />
Hydrogen Generator is based on a discovery<br />
by Irving Langmuir (1881-1957 b. Brooklyn,<br />
N.Y). Irving Langmuir won the Nobel Prize for<br />
Chemistry in 1932. His work on filaments in<br />
gases led to the discovery <strong>of</strong> the vacuum tube,<br />
gas-filled incandescent light bulbs (the life <strong>of</strong><br />
tungsten-filament light bulbs would be<br />
lengthened by filling the vacuum with inert gas<br />
such as Argon), atomic hydrogen, and the<br />
atomic hydrogen welding process. Langmuir's<br />
doctoral thesis in 1906 at the University <strong>of</strong><br />
Gottingen in Germany was entitled "On the<br />
Partial Recombination <strong>of</strong> Dissociated Gases<br />
During Cooling". In 1926, he invented the<br />
atomic hydrogen blowpipe in which hydrogen<br />
gas is sent through a small hole through by<br />
means <strong>of</strong> an electric arc formed by two tungsten<br />
rods, reaching temperatures <strong>of</strong> 3700 degrees<br />
Kelvin (K). Hydrogen (H 2<br />
) yields two<br />
("monatomic") atoms <strong>of</strong> hydrogen, absorbing<br />
422 kilojoules in the process. The atoms <strong>of</strong><br />
hydrogen then quickly recombine into the<br />
more stable molecular form giving <strong>of</strong>f<br />
extreme heat. The hydrogen is therefore<br />
thought to be a transport mechanism to<br />
extract energy from the arc plasma and to<br />
transfer it to a work surface. In 1912,<br />
Langmuir showed that hydrogen at low<br />
pressure in contact with a tungsten wire<br />
heated by an electric current is dissociated<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
into atoms and is accompanied by a large<br />
absorption <strong>of</strong> heat (100kcal per gram<br />
molecule). He used electric currents <strong>of</strong> 20<br />
amperes and voltages from 300 to 800 volts.<br />
FMAHG<br />
In the FMAHG (Frolov/Moller's Atomic<br />
Hydrogen Generator), as demonstrated by<br />
Frolov and then showed by Naudin, hydrogen<br />
changes between the diatomic and monatomic<br />
states without being used up. In this process,<br />
hydrogen appears to be acting as a vacuum<br />
energy pump because an excess <strong>of</strong> heat results<br />
from more energy being released during the<br />
monatomic to diatomic part <strong>of</strong> the cycle than<br />
from the dividing <strong>of</strong> the diatomic hydrogen<br />
molecules into monatomic hydrogen.<br />
Mr.Naudin's results show that the difference<br />
between output and input may reach a ratio<br />
higher than 10:1.<br />
What is the mechanism for this excess energy<br />
production, and precisely what is occurring in<br />
the plasma In other words, why is this cycle<br />
acting as a vacuum-energy heat pump We<br />
know that the FMAHG works most efficiently<br />
with pulsed DC energy; it has no positive<br />
results with AC. The direct-current pulses must<br />
play a part in causing the H 2<br />
molecules to break<br />
apart with less energy than when the individual<br />
atoms recombine. Why The effect <strong>of</strong> the DC<br />
pulse on weakening the bonds must make the<br />
difference. A pulse can be controlled as to its<br />
voltage, current and duration.<br />
Editor’s note: It is important to take into<br />
account that the dissociation is produced by<br />
an electrical field between the electrodes.<br />
Avoiding creation <strong>of</strong> a conduction current<br />
between the electrodes, we will escape or<br />
decrease energy consumption. This concept<br />
is known according to the works <strong>of</strong><br />
T.E.Bearden, USA, and it was also presented<br />
by Frolov A.V, Russia, in his article<br />
“Application <strong>of</strong> a potential field for the<br />
creation <strong>of</strong> power”, <strong>New</strong> <strong>Energy</strong> <strong>New</strong>s,<br />
USA, #1, May 1994. A.V. Frolov.<br />
The recombination <strong>of</strong> the single hydrogen<br />
atoms into H 2<br />
molecules, on the other hand, is<br />
a natural event which, to some degree under<br />
given conditions, provides the same amount <strong>of</strong><br />
output energy.<br />
7
However, all is not so simple, as temperature is<br />
another factor affecting the efficiency.<br />
Mr.Naudin has shown that the efficiency <strong>of</strong> the<br />
energy pump is greatly increased as the<br />
temperature <strong>of</strong> the hydrogen increases. His<br />
chart (voltage vs. current) shows that the<br />
resistance <strong>of</strong> the tungsten filament is not<br />
linear. Irving Langmuir's 1926 chart shows<br />
that at 8,000є K, well above the melting point<br />
<strong>of</strong> tungsten, the amount <strong>of</strong> hydrogen<br />
dissociated reaches a maximum <strong>of</strong> 99.9%.<br />
Remember that Irving Langmuir was not<br />
subjecting the diatomic hydrogen molecules<br />
to voltage pulses.<br />
The curve on the diagram shows how the<br />
percentage <strong>of</strong> molecular hydrogen dissociated<br />
into atomic hydrogen is related to the<br />
temperature <strong>of</strong> the tungsten. These data were<br />
published by Irving Langmuir in March 1926.<br />
The following experimental curve from Naudin,<br />
enhanced by the warm to cool background hues,<br />
shows the FMAHG filament (the cathode)<br />
temperature in relation to time during the tests.<br />
You may notice that atomic hydrogen (1% to<br />
7%) has been produced during only 25 <strong>of</strong> each<br />
100 ms. Mr. Naudin's filament (cathode)<br />
temperature and time graph, based on data<br />
recorded in May 2005, shows that a minimum<br />
<strong>of</strong> 2,000є K must be attained before the<br />
hydrogen dissociation process begins. At the<br />
peak temperature <strong>of</strong> just below 3,000є K, there<br />
is a 7% dissociation <strong>of</strong> the diatomic hydrogen<br />
molecule into its mono-atomic form.<br />
The voltage vs. power graph shows that the<br />
ratio between the output power and input<br />
power is increasing non-linear as the voltage <strong>of</strong><br />
the pulses increases. Therefore, the voltage<br />
itself must also have the effect <strong>of</strong> increasing the<br />
number <strong>of</strong> dissociations per unit <strong>of</strong> time, or <strong>of</strong><br />
increasing the difference in output over input<br />
power. Note that both input and output taken<br />
individually seem nearly linear except at the<br />
lower voltages (below 2 volts).<br />
In the new tests on June 23rd, 2005, Naudin<br />
made some changes to the apparatus. He<br />
replaced the power supply by a high-power<br />
Fig. 6. MAHg Tests - May 2005 - J.L.Naudin<br />
8 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 7. Dissociation <strong>of</strong> hydrogen to atoms.<br />
The diagram is taken from the research diary <strong>of</strong> A.V. Frolov.<br />
The diary is completely published on J.L. Naudin’s site.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
9
attery connected through a high-power<br />
MosFet Switcher. The Switcher is driven by a<br />
10 MHz pulse generator. The efficiency <strong>of</strong> the<br />
system went from a maximum <strong>of</strong> 243% up to<br />
1153% while the duty <strong>of</strong> the squared pulse<br />
decreased (up to 5%). This refers to the time<br />
interval each DC pulse is acting on the hydrogen<br />
molecule. By using the battery and the special<br />
MosFet Switcher, the length <strong>of</strong> time for the<br />
pulse was shortened by up to 5%. In other<br />
words, by using a more precise pulse, Mr.Naudin<br />
was able to achieve much better results than<br />
with the previous pulse produced by a power<br />
supply. Apparently, the features <strong>of</strong> the new<br />
pulse allowed the vacuum energy pump to work<br />
more efficiently. We expect that Mr.Naudin will<br />
present a graph <strong>of</strong> this new pulse when available.<br />
What Next<br />
Once others have been able to repeat these<br />
results, and the effect fully characterized,<br />
explained, and optimized; the big question will<br />
be how practical this technology will be as a<br />
free energy tapping modality.<br />
Solar energy is free energy, but the hardware<br />
required to convert photons to electricity is<br />
anything but free. Likewise, even though this<br />
FMAHG technology apparently taps free<br />
energy, does not automatically mean that it will<br />
solve the world's energy problems. The machine<br />
cost and efficiency will be a primary<br />
consideration in the practicality <strong>of</strong> the<br />
technology for commercial application.<br />
Preliminary results and extrapolations appear<br />
promising for the FMAHG. Further studies<br />
and development will answer that question<br />
more definitively.<br />
In an email granting permission to use the<br />
images that appear in this article, Naudin said,<br />
"I hope that my modest contribution <strong>of</strong> my<br />
researches about this fascinating device will<br />
soon give us a clean energy source for the<br />
future and will contribute to saving our<br />
planet".<br />
Beene gives his opinion that "<strong>of</strong> all the many<br />
projects going-on in alternative energy right<br />
now, this is by far the closest thing to being a<br />
demonstrable (and shocking) success within the<br />
next 6 month time-frame. By success, I mean<br />
self-powered overunity leading to an immediate<br />
commercial prototype - or at least something<br />
which cannot be denied by the mainstream <strong>of</strong><br />
physics as being overunity (probably ZPE) and<br />
instantly marketable."<br />
In the throws <strong>of</strong> this recent success, Naudin's<br />
Fig. 8. MAHG tests: Filament temperature Vs time. Tested by J.L. Naudin, May 2005.<br />
10 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 9. MAHG Tests, J.L. Naudin, May 2005.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
11
assessment <strong>of</strong> this technology is that it rises to<br />
the status <strong>of</strong> the "Holy Grail" <strong>of</strong> energy.<br />
Follow-up<br />
If you are interested in pursuing this concept,<br />
there is a project list that pursues various<br />
iterations <strong>of</strong> the atomic hydrogen generator<br />
concept such as JL Naudin's FMAHG above.<br />
The group is designed for those wishing to<br />
replicate, improve, and develop theories for this<br />
fascinating concept.<br />
• http://groups.yahoo.com/group/aH-gen<br />
SOURCES<br />
• Email correspondence with JL Naudin, who<br />
reviewed a near to final draft <strong>of</strong> the above story<br />
and said, "Thanks for your very well<br />
documented paper about the FMAHG and for<br />
your contribution to this fascinating project."<br />
• Email correspondence with Jones Beene.<br />
• http://jlnlabs.imars.com/mahg/<br />
index.htm - MAHG Project home page<br />
• Data Reports<br />
o http://jlnlabs.imars.com/mahg/tests/<br />
lrtests.htm - 2-hour test run with 243%<br />
efficiency (June 2, 2005)<br />
o http://jlnlabs.imars.com/mahg/tests/<br />
pultests.htm - Towards high efficiency in<br />
excess <strong>of</strong> 1000%. "The purpose <strong>of</strong> these<br />
tests is to improve the MAHG efficiency<br />
so as to overcome the losses due to the<br />
poor efficiency <strong>of</strong> the Carnot cycle at the<br />
MAHG output." (June 20, 2005)<br />
o http://jlnlabs.imars.com/mahg/tests/<br />
mahg2a.htm - High efficiency confirmed<br />
with a new tests bench. "During the RUN<br />
#74 all the data [sic] have been recorded<br />
during 20 minutes, the average power<br />
output measured was 90.56 watts with<br />
only 13.22 watts at the input. The delta T<br />
was 2.8°C with a cooling water flow <strong>of</strong> 0.54<br />
L/min. The average efficiency measured<br />
was 682 % during this test." (June 23,<br />
2005)<br />
o http://jlnlabs.imars.com/mahg/tests/<br />
mahg2b.htm - MAHG v2.0: one hour test<br />
run at 526%. "This 1 hour test confirms<br />
again all the previous measurements done<br />
with the MAHG." "During the RUN 75,<br />
the average power output measured was<br />
66.5 Watt with only 12.5 Watt at the<br />
input. The delta T was 4.6°C with an<br />
average cooling water flow <strong>of</strong> 0.24 L/min.<br />
The average efficiency measured was 526<br />
% during this test." (June 24, 2005)<br />
o http://jlnlabs.imars.com/mahg/tests/<br />
index.htm - Full tests <strong>of</strong> the MAHG by<br />
JL Naudin (May 23, 2005)<br />
o http://jlnlabs.imars.com/mahg/<br />
logbook.htm - Genesis phase <strong>of</strong> the<br />
project; 1st preliminary experimental<br />
tests results. (March 1, 2004)<br />
• Instructions<br />
o http://jlnlabs.imars.com/mahg/<br />
diagram.htm - The MAHG full<br />
construction diagrams.<br />
o http://jlnlabs.imars.com/mahg/<br />
setup.htm - The MAHG experimental<br />
tests setups. (March 1, 2004)<br />
• History:<br />
o http://jlnlabs.imars.com/mahg/<br />
mahg1.htm - Documentation <strong>of</strong> genesis<br />
phase <strong>of</strong> the project, in which Alexandar<br />
Frolov <strong>of</strong> St. Petersburg, Russia, tested<br />
inventor, Nicholas Moller's, device (1.0),<br />
to demonstrate Langmuir's principle.<br />
(March 1, 2004)<br />
o http://jlnlabs.imars.com/mahg/<br />
photos.htm - The MAHG photos album,<br />
with descriptions and labels. (March 1, 2004)<br />
• Article: http://jlnlabs.imars.com/mahg/<br />
article.htm - Irving Langmuir and Atomic<br />
Hydrogen by Nicholas Moller<br />
• Forum: http://groups.yahoo.com/group/<br />
jlnlabs/ - Naudin's discussion list covers a wide<br />
array <strong>of</strong> free energy topics. The forum is<br />
moderated and selective in what it allows.<br />
ADDITIONAL READING<br />
• The Atomic Hydrogen Reaction - Tom<br />
Bearden introduces William Lyne's book<br />
Occult Ether Physics. (July 6, 2003)<br />
• Carnot Excedence - Patent and<br />
Mathematical Pro<strong>of</strong>s by Kenneth Rauen, Science<br />
Advisor for PES Network Inc., show that superefficient<br />
thermodynamic exchange is possible.<br />
(Pure <strong>Energy</strong> Systems; June 28, 2004)<br />
CONTACTS<br />
• Jean-Louis Naudin : jnaudin509@aol.com<br />
• Jones Beene : jonesb9@pacbell.net<br />
• Nicholas Moller :<br />
12 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
wavebalance@icqmail.com<br />
See also<br />
• Hydrogen <strong>Technologies</strong> (index at<br />
Free<strong>Energy</strong><strong>New</strong>s.com)<br />
• PESN (Pure <strong>Energy</strong> Systems <strong>New</strong>s) -<br />
feature stories<br />
• This Week in Free <strong>Energy</strong> - Weekly five<br />
minute blurb.<br />
Editor’s note: We also advise you such a<br />
primary source as publications <strong>of</strong> Faraday<br />
Lab Ltd about the partial progress on this<br />
subject on our web-site http://www.faraday.ru<br />
and in “<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong>” magazine.<br />
Now we have exported new devices to<br />
Australia for testing. We would like to see<br />
interest <strong>of</strong> Russian research institutes and<br />
laboratories to this subject and carry out joint<br />
experiments with them.<br />
Frolov A.V.<br />
Director General <strong>of</strong> Faraday Lab Ltd.<br />
Our site http://www.faraday.ru<br />
Fax 812-3803844<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
13
<strong>New</strong>s about Perendev Motor<br />
Sterling D. Allan<br />
sterlingda@pureenergysystems.com<br />
www.pureenergysystems.com<br />
Phone: +1-801-789-8030 (MST)<br />
Perendev is Tooling Up for<br />
Magnetic Motor Mass Production<br />
in Europe<br />
All-magnet motor poised to be first to reach<br />
market. German manufacturer licensed to<br />
manufacture 20 kw unit for Europe and Russia.<br />
Estimated cost for first units: $8500 Euros.<br />
JOHANNESBURG, SOUTH AFRICA -- For<br />
centuries, inventors have been claiming to come<br />
up with magnetic motor designs that use nothing<br />
more than the power <strong>of</strong> permanent magnets for<br />
the motive force; and for the same amount <strong>of</strong> time,<br />
mainstream science has responded that this is<br />
impossible. "It has been proven mathematically<br />
that no combination <strong>of</strong> permanent magnets in any<br />
arrangement will generate power."<br />
History tells us that what has been proven in many<br />
people's back yards and garages does not always<br />
coincide with mathematics <strong>of</strong> the day.<br />
Refusing to be daunted by what he considers to<br />
be petty dogmas <strong>of</strong> academic science, inventor<br />
Michael J. Brady <strong>of</strong> Johannesburg not only claims<br />
to have produced such a device, but reports that<br />
his company, Perendev Power Developments Pty<br />
(Ltd) is now in process <strong>of</strong> manufacturing it on a<br />
large scale for markets in Europe, Russia, and<br />
Australia.<br />
Perendev's new website was published recently<br />
at Perendev-Power.com with the assertion that<br />
they have achieved the milestone <strong>of</strong> producing<br />
"the world's first fuelless magnetic engine."<br />
Other inventors who claim to have built<br />
working all-magnetic motors would take<br />
exception to the Perendev claim to being the<br />
first, as stated on the site. Brady mentioned<br />
that he had noticed some inaccuracies on the<br />
wording on the site and that he would be<br />
addressing them.<br />
What is yet to be attained by anyone is a marketready<br />
device. If Perendev continues on the track<br />
claimed on its site, it could achieve that distinction,<br />
and set the hitherto balking scientists community<br />
into motion to come up with theories <strong>of</strong> why it<br />
works.<br />
Brady estimates that the first units will sell for<br />
around $8500 Euros, but that the price will<br />
decrease as volume sales increase.<br />
The site features video footage <strong>of</strong> an earlier<br />
prototype running as well as computer<br />
simulations <strong>of</strong> the newer designs. The prototype<br />
video is not skeptic pro<strong>of</strong>, as it does not do a walkaround<br />
during acceleration. Brady has been<br />
promising another video that would do a walk<br />
around before, during, and after motor<br />
engagement and acceleration followed by<br />
disengagement and deceleration.<br />
A page about the motor says that the motor<br />
works "by focusing the magnetic field, the angles<br />
<strong>of</strong> the magnets and a special method <strong>of</strong> shielding."<br />
Also, "the motor does not require external power<br />
to start up." Brady reports that tests run have<br />
shown no diminution <strong>of</strong> magnet strength over<br />
period <strong>of</strong> motor operation, which was two months<br />
in one instance.<br />
As the stators become engaged, the three rotors<br />
with <strong>of</strong>f-set magnet alignment begin to spin. The<br />
speed is controlled by a governor. Without the<br />
speed control, the device would accelerate to<br />
destruction.<br />
Brady also states that a 4 megawatt unit is<br />
plausible with this design, and has been rendered<br />
in conceptual blue print form.<br />
A German company has licensed the<br />
manufacturing and marketing rights for all <strong>of</strong><br />
Europe and Russia, excluding the U.K., and is in<br />
process <strong>of</strong> tooling up to begin mass production.<br />
14 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Two other groups are in process <strong>of</strong> negotiating<br />
licensing terms with from Perendev. One is in the<br />
U.K., for rights to manufacture and market in the<br />
U.K., and the other is in Australia, for rights down<br />
under.<br />
Brady brought a prototype to the Germans in<br />
mid March, and said they have been testing it since<br />
that time. The prototype has been undergoing<br />
testing by TЬV, a German consumer quality<br />
control agency.<br />
The name <strong>of</strong> the German company will be<br />
revealed when they have finished tooling up<br />
and are ready to begin production, which Brady<br />
estimates will take place in a month or two. He<br />
said that these units will be consumer ready for<br />
application in home use, pending the stamp <strong>of</strong><br />
approval from TUFF. Brady also plans to allow<br />
German television crews to document the<br />
device for public view.<br />
Twenty kilowatts is adequate to handle the peak<br />
load <strong>of</strong> most homes. Ran continuously at that<br />
rate, the excess produced during average use,<br />
which is five percent <strong>of</strong> peak use, could be sold to<br />
the grid for a quick return on investment. It will<br />
put out quite a bit more than twenty kilowatts,<br />
said Brady. "That is what it is rated to produce<br />
continuously."<br />
In May he reported to have tested the unit with a<br />
larger alternator rated at 60 kw "with very little<br />
degrading <strong>of</strong> the motor's performance."<br />
Brady has been churning on this idea for thirty<br />
years, and actively developing it for approximately<br />
the last five. "We've been through hell -- no money<br />
coming from anywhere -- but we made it through."<br />
A German citizen working in South Africa for a<br />
Hollywood project came and talked to them and<br />
told them, "Let's put that behind us and move<br />
forward.<br />
MUNICH GERMANY -- Mike Brady's claim<br />
to a working magnet motor, capable <strong>of</strong> putting<br />
out enough torque to run a 30kW generator<br />
continuously, has been a topic <strong>of</strong> interest for<br />
several years.<br />
He has gone as far as releasing a video <strong>of</strong> the motor<br />
in operation, but has not followed up with a<br />
skeptic-pro<strong>of</strong> video that shows a walk-around<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Fig. 1. Perendev Magnet Motor, Nov. 18, 2004<br />
during acceleration, rather than just during<br />
deceleration. He was going to do a big debut on<br />
German television last Fall, but a series <strong>of</strong><br />
Murphy's law type <strong>of</strong> problems compounded, and<br />
that public launch never materialized.<br />
Though the "30kW" capability is a more recent<br />
claim, surpassing earlier claims <strong>of</strong> 5kW and then<br />
10kW, Brady has been touting near-market<br />
readiness for at least three years.<br />
Around the time <strong>of</strong> the claim to a pending debut<br />
on German television, Brady had come upon a<br />
sizeable amount <strong>of</strong> funding. Part <strong>of</strong> that was<br />
manifest in the improved pr<strong>of</strong>essional look <strong>of</strong> the<br />
Perendev-Power website. The site also featured<br />
a fancy animated version <strong>of</strong> the motor in action.<br />
Perhaps because these public demonstrations did<br />
not materialize, Brady felt he had to show at least<br />
something. In the past few months, he has also<br />
been touting several new lines <strong>of</strong> technology, as if<br />
they are in-house and in the bag, from an energy<br />
spark plug to water treatment. In in reality,<br />
however, at least one <strong>of</strong> them is held by a company<br />
out <strong>of</strong> Australia that had only discussed a possible<br />
arrangement with Brady, and had not actually<br />
solidified anything in contract form.<br />
Presently, the Perendev-Power.com website<br />
seems to have taken a step backward. Perhaps<br />
another unpaid bill.<br />
Another modification <strong>of</strong> note on the website is<br />
the addition <strong>of</strong> the statement: "In Association with<br />
EADS Space Transportation". In a telephone<br />
conversation, a representative <strong>of</strong> EADS said they<br />
have not heard <strong>of</strong> Perendev. Perhaps the word<br />
15
has just not gotten around within EADS yet. I've<br />
submitted and email asking about this, and am<br />
awaiting their response.<br />
Fig. 2. Author with Mike Brady, Dec. 2002,<br />
Johannesburg<br />
Fig. 3. June 17, 2003 Prototype Rendering<br />
Like so many other inventors, Mike Brady tends<br />
to talk far ahead <strong>of</strong> himself. Part <strong>of</strong> that future<br />
vision in Brady's case includes dreams <strong>of</strong> dripping<br />
wealth. Though my first encounters with him gave<br />
me the impression <strong>of</strong> a person with an altruistic<br />
drive to help the planet, since that time it seems<br />
more apparent to me that for him, money and fame<br />
have become the primary driving factors. He<br />
expects to be paid today as if his device actually<br />
performs like he says it does, when in fact he has<br />
proven time and again to be misrepresenting just<br />
how far along he is.<br />
He somehow seems to continue his work<br />
despite the clashes that inevitably occur when<br />
the optimism <strong>of</strong> the inventor disconnects with<br />
the rubber-hits-the-road practical nature <strong>of</strong> the<br />
investors and business partners. The further a<br />
technology is from the mainstream, the more<br />
pronounced this phenomenon seems to become.<br />
Those that are far enough away from the<br />
mainstream hardly get any money in the first<br />
place. Because <strong>of</strong> his prototype claims, Mike<br />
has been able to bridge that gap. That does not<br />
mean, necessarily, that he really is just months<br />
away from market readiness. Anyone investing<br />
or considering investing there should be aware<br />
<strong>of</strong> this.<br />
I wish him well. Meanwhile, I've mothballed<br />
PerenTech.com, to which Perendev.com points.<br />
However, just because the team I pulled together<br />
three years ago to manufacture and market<br />
Brady's device in North America wilted away a<br />
good many months ago due to delays and broken<br />
promises from Brady, does not mean that Brady's<br />
device will never materialize. It merely serves as<br />
a point <strong>of</strong> advice for any person or party intending<br />
to engage.<br />
A Word <strong>of</strong> Caution<br />
I have known Mike Brady since May 2002. At<br />
that time, when I inquired about his magnetic<br />
motor, he said, "yes the motor is running and<br />
almost ready for the market, only the commercial<br />
packaging [is] still to be done." You will see below,<br />
in a letter soliciting licensing and investment<br />
funds, that he is still representing himself and his<br />
company as being this far along with the magnet<br />
motor.<br />
As one who has been intimate to the workings <strong>of</strong><br />
Perendev (I own Perendev.com and I built a team<br />
to spearhead the manufacturing and marketing<br />
<strong>of</strong> his magnet motor in North America), and as<br />
one who has stood by Mike through much<br />
skepticism and criticism, I feel I need to issue a<br />
caution in regard to this most recent development,<br />
as it involves the actual solicitation <strong>of</strong> funds.<br />
Previously this has not been the case.<br />
Since our team was unable to verify what stage <strong>of</strong><br />
development Mike has really reached with his<br />
magnet motor and other technology claims, we<br />
cannot vouch for their readiness to be marketed.<br />
I do believe he has created something worth while.<br />
However, in the past I have observed him to<br />
exhibit a strong tendency to talk far ahead <strong>of</strong><br />
himself, thinking he’s much farther along than he<br />
really is. Therefore it is important to take all<br />
statements with a grain <strong>of</strong> salt, and independently<br />
verify any claims, which can be difficult not only<br />
because <strong>of</strong> the distances involved, but because <strong>of</strong><br />
the difficulty <strong>of</strong> pinning Mike down at a time when<br />
he actually has a prototype to view.<br />
16 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
I do not believe Mike is intentionally running a<br />
scam operation. He believes in what he is doing. I<br />
will say, though, that his integrity quotient is<br />
among the lowest I've ever encountered <strong>of</strong> those<br />
I would yet consider friends. He makes promises<br />
readily, but seems to lack a built-in drive to carry<br />
through with his promises or explain why he is<br />
not able to deliver as promised.<br />
One <strong>of</strong> the most blatant and significant examples<br />
<strong>of</strong> this, from a business point <strong>of</strong> view, was his<br />
continued promise <strong>of</strong> patent information (never<br />
delivered) as well as a skeptic pro<strong>of</strong> demo video<br />
(never arrived). The one video he did produce<br />
showed a walk-around after acceleration, not<br />
during. An in-person demonstration was sought<br />
and promised on numerous occasions but never<br />
materialized.<br />
The first statement in the document for investing<br />
or licensing supposedly certifies that he/she "has<br />
had a full and complete opportunity to ask all<br />
questions concerning Perendev Power<br />
International AG and its proposed business<br />
operations" is problematic. Unless the new people<br />
Mike has aboard his company are more<br />
forthcoming in cooperating with potential<br />
investors by providing answers to important<br />
questions, this provision is not likely to be satisfied.<br />
Another red flag is that the solicitation mentions<br />
three new products: "zero-point sparkplugs,<br />
friction free lubricants and UV water treatment<br />
products." There is no information at this time on<br />
the perendev-power website about these new<br />
products that are allegedly ready for market. You<br />
would think that if they really did have patents,<br />
they would put patent numbers next to each item<br />
claimed.<br />
Furthermore, the statement says that there are<br />
no other products like these available. I can<br />
say that I've heard a number <strong>of</strong> claims to related<br />
magnet motors gearing for market. Mike's<br />
might be the furthest developed according to<br />
their public pronouncements, but we don't<br />
know the details about other groups who might<br />
be more discrete in their pre-market<br />
development phase.<br />
There are several other anomalies about this<br />
solicitation, such as the high price for licensing<br />
and for stock shares.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
My personal suggestion would be this. If you put<br />
money into this, be sure it is money you can afford<br />
to lose. Those who take risks in business don’t do<br />
so recklessly. Successful venture capitalists read<br />
the fine print, check the patents, and attend the<br />
product demos; they don’t put cash on the table<br />
for wishful thinking or vague promises. The old<br />
expression “caveat emptor” (buyer beware) is a<br />
good one to keep in mind for all types <strong>of</strong><br />
investments.<br />
I would hope that Mike's team can pull <strong>of</strong>f a<br />
miracle and actually deliver to market one or more<br />
<strong>of</strong> the products they are presenting here. The ideas<br />
sound great. Maybe some day Perendev-Power<br />
will be a tremendously successful company. Any<br />
company at its outset has its weak points,<br />
including flaws in personalities and even some thin<br />
areas in its individual and group level <strong>of</strong> integrity.<br />
Successful companies are able to weed out those<br />
weaknesses, pull together on a proper footing <strong>of</strong><br />
good business practices, and ultimately <strong>of</strong>fer pretested,<br />
viable products to investors first and then<br />
to customers.<br />
Be sure to do your due diligence such as seeing<br />
the relevant patents claimed. Don't depend on<br />
this coming through anytime soon, if at all. It's<br />
not just about whether or not the technology is<br />
viable, but it hinges on whether the business team<br />
can pull it <strong>of</strong>f. My hope is that they will, for the<br />
sake <strong>of</strong> the planet<br />
Perendev Power Taking Orders for<br />
Magnet Motors<br />
Manufacturer wishes to gauge level <strong>of</strong> interest.<br />
No monies accepted until delivery ready.<br />
MUNICH, GERMANY -- Perendev Power<br />
Developments declares on the news page <strong>of</strong> their<br />
website that they are now ready to take orders<br />
for their permanent magnet motors. Magnetic<br />
forces are the driving power, eliminating the need<br />
for outside input <strong>of</strong> fuel or electricity <strong>of</strong> any kind.<br />
Combined with an alternator, the unit is said to<br />
produce 20 kilowatts -- more than enough to<br />
handle the peak load <strong>of</strong> most homes.<br />
Perendev does not yet have units ready to ship,<br />
though they claim that they have had several<br />
working prototypes and that they have had some<br />
independent testing run on their devices, and that<br />
17
they are gearing up to be able to volumeproduce<br />
the product.<br />
The purpose <strong>of</strong> inviting advance orders is to<br />
enable the manufacturer to gauge the level <strong>of</strong><br />
interest in the product.<br />
As similar claim was made around two years<br />
ago on Perendev's web site, any interested<br />
parties are advised to keep their hopes in check.<br />
This is a noteworthy development, but until<br />
actual product is being delivered, the news is<br />
not yet groundbreaking.<br />
Managing Director and inventor Mike Brady<br />
states that Perendev will not accept any<br />
payment up front. Rather, they will keep the<br />
client advised as to the timing for delivery.<br />
When the product is ready for fulfillment to a<br />
particular customer, then Perendev will request<br />
a 50% deposit. The balance for the unit is to be<br />
paid upon pro<strong>of</strong> that all shipping documents are<br />
ready to go and fees have been paid.<br />
Brady anticipates that the unit will cost<br />
between 9,500 and 10,000 Euros.<br />
Shipping costs will be paid by the client, and are<br />
expected to be rather high due to the size and<br />
weight <strong>of</strong> the unit, and due to the fact that the<br />
unit will need to be packaged in such a way as to<br />
not emit strong magnetic fields.<br />
Consumers are advised that while this<br />
development sounds exciting, there are chilling<br />
bureaucratic obstacles to bear in mind at this early<br />
stage. Most countries require national laboratory<br />
certifications <strong>of</strong> safety and performance, such as<br />
Underwriter Laboratories (UL) in the U.S. or<br />
"CE" (European Union standard) in Europe, in<br />
order for an electrical device such as this to be<br />
used legally. Non-compliance can result in loss <strong>of</strong><br />
fire insurance or other penalties, forcing the<br />
market to target at first mainly <strong>of</strong>f-grid<br />
applications.<br />
Shipments to countries where the product is still<br />
<strong>of</strong>ficially unknown could incur delays as the<br />
necessary bureaucratic clearances will need to be<br />
established.<br />
Torque applications such as for automobiles or<br />
industry may also trip over bureaucratic<br />
stipulations, removing the romance <strong>of</strong> the<br />
notion <strong>of</strong> simply installing the device and<br />
having "free energy." Obstacles in the way <strong>of</strong><br />
obtaining proper clearances are significant and<br />
must not be overlooked.<br />
Extensive field tests and results will need to be<br />
compiled before such certifications will be<br />
granted. Furthermore, a new product such as<br />
this is bound to have performance issues,<br />
despite the rigorous pre-emptive engineering<br />
to avoid the same.<br />
How well will such a unit be able to provide a<br />
stable power input for commercial application<br />
Modern electrical appliances are designed to<br />
operate within a certain window <strong>of</strong> electrical<br />
input, including the right frequency as well<br />
maintenance <strong>of</strong> the proper energy level. What<br />
happens to the magnets if they get too hot in<br />
an enclosed shed or vehicle under intense<br />
summer sun What happens to the rotating<br />
magnets if the unit is jarred in a collision<br />
Possible health implications <strong>of</strong> such strong<br />
magnetic forces may lead to calls for healthand-safety<br />
studies, which are very expensive<br />
and long-lasting affairs. Whether these studies<br />
would result in a finding <strong>of</strong> safety, and<br />
consequently in issuance <strong>of</strong> permits to install<br />
such devices in or near human habitation<br />
remains unknown.<br />
Even if Perendev had units ready to ship today,<br />
this field is early in a pioneering stage. It will be<br />
years before such a technology becomes<br />
commonplace even under the best <strong>of</strong><br />
circumstances.<br />
These issues, and more unforeseen issues that<br />
will arise, will need to be ironed out. It may take<br />
years <strong>of</strong> stable performance history in pioneer<br />
settings to gain the level <strong>of</strong> consumer<br />
confidence required for such a device to become<br />
as ubiquitous as the computer.<br />
Meanwhile, for those <strong>of</strong> an adventurous spirit,<br />
who understand the risks and restrictions at this<br />
early stage, Perendev is taking orders.<br />
While they do not yet have a unit for public<br />
display, Brady anticipates that they will have<br />
one soon. "Possibly Dec. 17," he said. He hoped<br />
18 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
to have had one several months ago, but<br />
Murphey's law seems to have ruled otherwise.<br />
Part <strong>of</strong> that delay can be ascribed to the fact that<br />
Brady, as an inventor, is never satisfied with<br />
something that works now, if he can see a way to<br />
improve it -- and as an inventor, he will always see<br />
the next improvement. Two days ago, he reported<br />
that he is changing the number <strong>of</strong> magnets in the<br />
stator from 6 to 18. That was supposed to have<br />
been done today.<br />
As long as he is in a controlling role in the company,<br />
and as long as he continues to have new ideas, this<br />
creative cycle will continue. While that is good<br />
for the technology, it spells perpetual delay for<br />
impatient consumers and business associates who<br />
want it now. Although through an inventor’s eyes,<br />
that see each detail <strong>of</strong> progress, continually<br />
unfulfilled deadlines represent additional<br />
milestones that needed to be made, the delays tend<br />
to spell "fraud" in the minds <strong>of</strong> many <strong>of</strong> those<br />
impatiently watching and waiting, either as<br />
customers or associates.<br />
Brady is confident that his day <strong>of</strong> vindication is<br />
soon at hand -- and has been for years.<br />
Some feel he should follow the example <strong>of</strong> the<br />
computer industry and simply release the early<br />
models, although drawing-board concepts have<br />
already made them obsolete. Upgrading<br />
performance and capacity on a regular basis is a<br />
standard practice in many industries. Taking<br />
orders is a good first step -- again.<br />
Perendev Magnetic Motor Analogue<br />
Winds Down<br />
Kieth Anderson says he saw the Perendev motor<br />
running, and that his group has built two different<br />
working magnetic motor designs, including one that<br />
is analogous to the Perendev, but that they all<br />
depleted their magnets under load.<br />
Message 1<br />
From: "Keith Anderson"<br />
<br />
Date: Mon, 18 Oct 2004<br />
Subject: Re: <strong>New</strong> perendev replication<br />
I have seen first-hand three magnetic motors<br />
running and have written cost feasibility and<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
reproducibility reports on all three. Two <strong>of</strong> them<br />
I had in my lab and my staff used the inventors'<br />
plans to build several working replicas. We also<br />
went and saw, first-hand, the Perendev device.<br />
All three designs used "Rare Earth" magnets<br />
(Neodymium, or more correctly stated,<br />
Neodymium Iron Boron or NdFeB) and our<br />
various reproductions used NdFeB, SmCo and<br />
Ferrite magnets. We did not attempt to<br />
reproduce the Perendev device because <strong>of</strong> its<br />
design proximity to one <strong>of</strong> the other two.<br />
The results were always the same: they all run<br />
down. Under load, they run down very quickly.<br />
It doesn't take very long for magnets to lose<br />
their magnetism when they are constantly<br />
being put in opposition to one another.<br />
Every magnet has a "maximum energy product"<br />
rated in Mega Gauss Oersteds, MGOe. This is<br />
the amount <strong>of</strong> work a magnet can do before its<br />
level <strong>of</strong> magnetism has deteriorated to the point<br />
that its energy doesn't reach out far enough to<br />
affect anything surrounding it. Contrary to the<br />
popular notion that rare earth magnets are<br />
invincible, even the most expensive sintered<br />
NdFeB magnets max out at less than 50 MGOe.<br />
If they are used in a device that puts them<br />
constantly in opposition, they will run down, and<br />
this is the whole assumption behind so-called<br />
"magnetic motors".<br />
The amount <strong>of</strong> energy used in manufacturing a<br />
magnet is typically 10 times what the magnet is<br />
capable <strong>of</strong> producing. More expensive magnets<br />
are even less efficient. Add to this the losses in<br />
energy incurred by these 33%-66% concept<br />
magnet devices themselves, and the energy<br />
consumed in the overall manufacturing process is<br />
20-25 times the energy you will get out.<br />
There are situations where these types <strong>of</strong><br />
devices may be useful, but they are not "free<br />
energy", nor do they represent any sort <strong>of</strong><br />
"overunity" phenomenon, nor any solution to<br />
the energy crisis.<br />
Message 2<br />
From: "Keith Anderson"<br />
<br />
Date: Mon, 18 Oct 2004<br />
Subject: Re: <strong>New</strong> perendev replication<br />
19
Without putting the magnets in opposition at<br />
some point during the cycle, and probably for at<br />
least 33% <strong>of</strong> the time, you will have the same<br />
problem that exists with the many hypothetical<br />
gravity motor designs that don't work. What goes<br />
up, comes down. Nothing will simply come down<br />
without having gone up first.<br />
You have to treat magnets a lot like springs from<br />
a design standpoint, although the mechanics <strong>of</strong><br />
magnetism aren't as simple as that <strong>of</strong> springs.<br />
There are billions <strong>of</strong> spring-powered motors in<br />
the world: clocks, toys, etc. They all run down.<br />
Nobody will ever design a spring-powered motor<br />
that runs forever without winding.<br />
Message 3<br />
From: "Keith Anderson"<br />
<br />
Sent: Wednesday, October 27, 2004<br />
Subject: RE: your visit to Perendev<br />
My company was paid to evaluate the Perendev<br />
device, and it was brought to Colorado during the<br />
summer <strong>of</strong> this year. As with the case <strong>of</strong> many <strong>of</strong><br />
our contract jobs, the identity <strong>of</strong> the client and<br />
details <strong>of</strong> the testing process are confidential, but<br />
because the general results are so similar to the<br />
others we have tested, it wasn't a breach <strong>of</strong> our<br />
confidentiality agreement to state the general<br />
result in the "<strong>Energy</strong>2000" group. It should also<br />
be noted that the Perendev device is not a novel<br />
design, and the patent is therefore subject to legal<br />
challenge.<br />
I'm not so arrogant as to believe our tests are<br />
100% conclusive, but it's a fact that magnets are<br />
not "permanent", and because they are the sole<br />
source <strong>of</strong> energy behind the Perendev device and<br />
similar inventions, they are not a persistent or<br />
inexpensive source <strong>of</strong> energy. You might consider<br />
the diversionary/science kit market as an option<br />
for the Perendev design.<br />
Message 4<br />
From: "Keith Anderson"<br />
<br />
To: "Sterling D. Allan"<br />
Sent: Wednesday, October 27, 2004<br />
Subject: RE: your visit to Perendev<br />
My parent company is Solar Thermal <strong>Energy</strong><br />
Project (STEP) Corporation, and the STEP<br />
Group <strong>of</strong> Companies, with multiple locations,<br />
but will soon be consolidating to Utah where<br />
our $50 million STEP Solar <strong>Energy</strong> Park will<br />
be under construction starting next year.<br />
The company that paid for the evaluation was<br />
someone interested in the Perendev device<br />
from a business standpoint, and they handcarried<br />
it to Colorado where we tested it. I am<br />
unsure whether it was the original machine or a<br />
duplicate. We were paid in advance to perform<br />
the tests according to a negotiated contract.<br />
This is an old client, and confidentiality is part<br />
<strong>of</strong> the reason they keep coming back to us.<br />
I have recently been directed to the Perendev<br />
web site where videos are shown <strong>of</strong> an operating<br />
Perendev magnetic device. I can confirm that<br />
the device does, in fact, spin as shown in the<br />
video. I can also say I was surprised at the claims<br />
they make on that web site.<br />
Counter Point: Magnets Don't<br />
Demagnetize When Kept Within<br />
Their Rating<br />
People know that in a car, you don't run the<br />
engine rpm's up into the red line, and certainly<br />
you don't go above the read line without risking<br />
your engine, not just for that moment, but<br />
henceforth. You damage the engine.<br />
Same thing holds true <strong>of</strong> magnets. If you stress<br />
them, they will demagnetize. This has been<br />
shown in the laboratory. Magnet specialists<br />
know what a magnet's capabilities are, and<br />
know what the magnet's limits are.<br />
If a magnetic motor is designed to stay within<br />
the magnet's tolerances, then conceivably,<br />
demagnetization should not occur.<br />
Holds True in Electro-Magnetic<br />
Motors<br />
"There are many Permanent Magnet motors<br />
in the world that continually apply similar<br />
magnetic loading forces as what the Perendev<br />
motor might experience. As long as the motors<br />
are not abused and properly cooled (and not<br />
overloaded or stalled in locked rotor mode),<br />
the magnets typically last for thousands <strong>of</strong><br />
hours.<br />
20 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
"However, if the motor is overloaded such that<br />
the magnets get too hot, they will lose their power<br />
(or “Demag” themselves). This is why cooling and<br />
proper loading is absolutely critical – even more<br />
so here as you don’t have an auxiliary source <strong>of</strong><br />
energy as in typical electric motors."<br />
Sterling's Comment -- Wind Turbine<br />
Analogy<br />
If a magnetic motor were feasible, I had envisioned<br />
that it would be operating like a turbine -- tapping<br />
into some magnetic field in a way not yet fully<br />
understood by science. I would like to think that<br />
Mike Brady will yet come through. He claims to<br />
have tested the gauss <strong>of</strong> his magnets and that it<br />
does not weaken in any detectible way.<br />
Mike Brady Knows <strong>of</strong> No Test in<br />
Colorado<br />
Kieth Anderson replies that he cannot divulge<br />
client specifics. What he can say is: "Prior to the<br />
contract we were told it was the Perendev motor<br />
and were referred to the web site. I don't believe<br />
we had any further conversation about the origin<br />
<strong>of</strong> the device." [Speculation: could be a reverse<br />
engineered job]<br />
Gravity engine<br />
A.N. Sakharov<br />
Saint Petersburg, Russia<br />
+7 (812) 434-32-36<br />
ascold@mail333.com<br />
Is it possible to make the earth's gravitational<br />
field serve as an energy source Not all people<br />
consider this question absurd. Numerous<br />
attempts to design engines able to produce<br />
work without energy consumption, which use<br />
the influence <strong>of</strong> gravity <strong>of</strong> weights moving in a<br />
closed cycle, are known. Engines <strong>of</strong> this kind<br />
were called a "perptuum mobile" or a<br />
"perpetual motion machine" because their<br />
energy source is an inexhaustible gravity force.<br />
"Orffyreus' wheel" set in motion by weights<br />
moving inside the wheel and creating a noncentral<br />
moment <strong>of</strong> forces during rotation <strong>of</strong> the<br />
wheel was famous in the beginning <strong>of</strong> the XVIII<br />
century. The wheel not only rotated<br />
continuously with a frequency <strong>of</strong> 26-50 rev/<br />
min depending on its size but also allowed<br />
producing yield, for example, rising a weight<br />
with a mass <strong>of</strong> 16 kg at a height <strong>of</strong> 1.5 m. Over<br />
dozens <strong>of</strong> years, Orffyreus openly<br />
demonstrated different models <strong>of</strong> his wheel. Its<br />
operation was repeatedly tested by famous<br />
scientists and <strong>of</strong>ficial establishments. A<br />
German prince, Karl, who knew its design, gave<br />
him a certificate for the Orffyreus' perpetual<br />
motion machine with the speed <strong>of</strong> 26 rev/min<br />
and able to produce yield. Under the control <strong>of</strong><br />
a competent commission, in 1717, the wheel<br />
operated for forty days in a closed sealed up<br />
room and it was still rotating with the speed <strong>of</strong> 26<br />
rev/min when a sudden check-up was carried out.<br />
The experiments continued while the wheel was<br />
repeatedly removed and the committee<br />
thoroughly searched for a possibility <strong>of</strong> hidden<br />
wires' existence.<br />
Peter the Great was interested in the engine after<br />
he had been convinced in its efficiency by people<br />
whom he trusted. He was even going to buy it at<br />
a fabulous price; however, his unexpected death<br />
prevented this project. Despite the fact that one<br />
<strong>of</strong> Orffyreus' supervisors was Pr<strong>of</strong>essor<br />
W.J.Gravesande, a close friend <strong>of</strong> <strong>New</strong>ton, the<br />
scientific community could not bear with the<br />
possibility <strong>of</strong> the perpetual motion machine's<br />
existence. Some people even <strong>of</strong>fered a big sum <strong>of</strong><br />
1,000 marks to a person who would expose<br />
Orffyreus. Besides the fact that this prize stayed<br />
unclaimed, the scientific community was<br />
reassured by the appearance <strong>of</strong> a lampoon, which<br />
explained the effect <strong>of</strong> the invention as the<br />
following: supposedly, a thin rope was attached to<br />
the wheel's axle and a brother or a maidservant <strong>of</strong><br />
Orffyreus made the wheel rotate with the help <strong>of</strong><br />
this rope. An author <strong>of</strong> the lampoon said that<br />
this exposure was caused by a fight between<br />
them and Orffyreus.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
21
Despite ineptitude <strong>of</strong> such an "exposure", the<br />
scientific community could more easily believe<br />
in the complete incompetence <strong>of</strong> Pr<strong>of</strong>essor<br />
Gravesande, prince Karl and other respectable<br />
participants <strong>of</strong> numerous tests <strong>of</strong> Orffyreus'<br />
wheel than assume the possibility <strong>of</strong> existence<br />
<strong>of</strong> a phenomenon, which was beyond the<br />
established ideology. In 1775, Paris Academy<br />
<strong>of</strong> Sciences refused to consider perpetual<br />
motion machines at all because they did not<br />
exist. And the same Academy refused to<br />
consider the existence <strong>of</strong> meteorites because<br />
the possibility <strong>of</strong> stones falling from the sky was<br />
thought absurd. After the law <strong>of</strong> energy<br />
conservation had been formulated in the XIX<br />
century, the question <strong>of</strong> the possibility <strong>of</strong><br />
perpetual motion machines' existence was<br />
finally buried as contradicting mathematical<br />
and physical laws. A paradoxical situation <strong>of</strong>ten<br />
happened when a working device posed as a<br />
Perpetuum mobile was demonstrated but no<br />
scientifically grounded refutation followed.<br />
Usually such a situation ended up with a<br />
magazine lampoon, as it happened in the case <strong>of</strong><br />
Orffyreus' wheel.<br />
A perpetuum mobile model shown at Paris<br />
exhibition in the middle <strong>of</strong> XIX century can be<br />
an example <strong>of</strong> such a pseudo-exposure. The<br />
engine had a form <strong>of</strong> a continuously rotating<br />
wheel with weights moving inside it. People<br />
interested could stop it by making a strong<br />
effort; after that the wheel continued rotating.<br />
A journalistic "exposure" <strong>of</strong> the perpetuum<br />
mobile was a presence <strong>of</strong> a spring in the wheel.<br />
Ostensibly, the spring became twisted during<br />
the device's stop and was a source <strong>of</strong> rotation<br />
energy. It is interesting that no scientists<br />
disputed such an "exposure".<br />
How can the law <strong>of</strong> energy conservation work if<br />
the engine's wheel continues rotating while<br />
energy is always spent for its stop Possibly, there<br />
was a flywheel inside a wheel with the spring<br />
attached to it, which became twisted during the<br />
wheel's stop by the flywheel's inertia while a<br />
locking device connected to the frame prevented<br />
the flywheel from untwisting. Thus, the spring<br />
created the effort necessary for starting the<br />
wheel's motion after a stop. Further motion could<br />
happen only due to the weights' motion inside the<br />
wheel. By the way, Orffyreus' wheel needed an<br />
effort imparting initial velocity <strong>of</strong> rotation, too.<br />
Undoubtedly, due to the shirking position <strong>of</strong> the<br />
scientists, many perpetuum mobile projects<br />
originated from wrong suppositions but this does<br />
not mean that all demonstrated models were the<br />
results <strong>of</strong> a counterfeit or incompetence. An<br />
objective <strong>of</strong> real science is the search for truth<br />
instead <strong>of</strong> conservation <strong>of</strong> the previous paradigm<br />
at any price. That is why, if there are facts<br />
contradicting it, they should be objectively<br />
studied and, if necessary, the science paradigm<br />
should be changed instead <strong>of</strong> rejecting the facts<br />
without grounds.<br />
The regular crisis <strong>of</strong> physics happening in the end<br />
<strong>of</strong> the XX and the beginning <strong>of</strong> XXI centuries<br />
makes scientists revise many physical theses. For<br />
example, the question <strong>of</strong> existence <strong>of</strong> aether or<br />
"physical vacuum", which is a medium having<br />
inexhaustible reserves <strong>of</strong> potential energy where<br />
electromagnetic waves spread, is the order <strong>of</strong> the<br />
day again.<br />
The existing idea <strong>of</strong> the nature <strong>of</strong> matter and force<br />
fields, particularly the gravity one, must be revised.<br />
Finally, it is time to understand what the<br />
fundamental concepts, force and mass are because<br />
physics is still satisfied with the ideas <strong>of</strong> the XVIII<br />
century, when force was determined by mass and<br />
mass was determined by inertia. And it is still not<br />
understood what inertia is. Probably, the scientific<br />
paradigm, particularly the physics' one, can<br />
greatly change soon. The changes can also concern<br />
the existing interpretation <strong>of</strong> the law <strong>of</strong> energy<br />
conservation and, therefore, the scientific<br />
approach to the possibility <strong>of</strong> designing <strong>of</strong> the<br />
perpetuum mobile, i.e. a device able to produce<br />
yield using energy from a force field or directly<br />
from physical vacuum.<br />
In order to hasten this process, besides a<br />
description <strong>of</strong> another perpetual motion<br />
machine's design given in this article, it is<br />
suggested to consider its validity from the<br />
physics' point <strong>of</strong> view not overstepping the limits<br />
<strong>of</strong> the existing paradigm except the ban against<br />
the possibility <strong>of</strong> such a machine's existence.<br />
A basic model <strong>of</strong> the suggested gravity engine<br />
consists <strong>of</strong> hollow cylinders with pistons fixed at<br />
a flexible base <strong>of</strong> the type <strong>of</strong> a closed belt. The<br />
base is stretched on two freely rotating wheels<br />
with axles, placed one under another, fixed on the<br />
frame. Moving around the wheels, the belt with<br />
22 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 1<br />
Fig. 2<br />
the cylinders can move in the vertical<br />
direction in such a way that, on the one side<br />
<strong>of</strong> the device, they go up while, on the other<br />
side, they go down. The cylinders are equally<br />
spaced along the belt and fixed by their sides<br />
in such a way that a bottom <strong>of</strong> each cylinder<br />
is placed opposite the open side <strong>of</strong> the<br />
cylinder next to it (Fig. 1). There is a useful<br />
capacity in each cylinder, which is bounded,<br />
on the one side, by its bottom and, on the<br />
other side, by a free-moving piston, a massive<br />
weight attached to its external side. A<br />
connecting pipe is fixed into each cylinder's<br />
bottom, an end <strong>of</strong> a flexible hose put on it,<br />
while another end <strong>of</strong> the hose is put on the<br />
cylinder's hose, which is placed on the belt in<br />
the diametrically opposite position (Fig. 2).<br />
Flexible hoses connecting useful capacities<br />
<strong>of</strong> each couple <strong>of</strong> the cylinders (1-7, 2-8, 3-<br />
9… and so on) through the houses can be fixed<br />
on the belt, where the cylinders are fixed. In<br />
the vertical position <strong>of</strong> the system, the<br />
weights with the pistons will go down under<br />
the influence <strong>of</strong> gravity force. On the left<br />
side, the piston <strong>of</strong> each cylinder will go to its<br />
bottom while, on the right side, to the<br />
contrary, each piston will move away from<br />
the bottom as much as the cylinder's length<br />
allows and completely empty its useful<br />
capacity.<br />
If we will move the belt clockwise, the pistons<br />
inside the cylinders will move in such a way<br />
that one whole useful capacity will account<br />
for each couple <strong>of</strong> the cylinders. The belt's<br />
motion will be limited only by friction force<br />
because motion <strong>of</strong> the pistons with the<br />
weights inside the cylinders must not change<br />
the impulse <strong>of</strong> the whole system due to the<br />
fact that their motion is carried out in the<br />
left and the right cylinders at the same time<br />
and completely neutralizes their influence on<br />
the belt's motion. Thus, we can assert that, if<br />
there are no friction forces, no energy is<br />
needed for the belt's motion. If now, when the<br />
cylinders' position is fast, all empty useful<br />
capacities are filled with water (or another<br />
liquid) and connected with houses, it will be<br />
found that, on the right side, there are more<br />
vertical cylinders filled with water than on<br />
the left side. Due to the fact that the weight<br />
<strong>of</strong> the right cylinders will be heavier than the<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
23
weight <strong>of</strong> the left ones by the weight <strong>of</strong> the<br />
water filling the useful capacities, an<br />
additional force will influence the right side<br />
<strong>of</strong> the belt and create a rotary moment <strong>of</strong> the<br />
systems:<br />
Z=mgNR (1),<br />
where m is the mass <strong>of</strong> the water in the useful<br />
capacity; g is the acceleration <strong>of</strong> free fall; N<br />
is the number <strong>of</strong> the cylinders filled with<br />
water in the vertical sector <strong>of</strong> the belt; R is<br />
the wheel's radius.<br />
Thus, the belt will rotate clockwise. When the<br />
cylinder filled with water will pass the lowest<br />
point and occupy a vertical position, the<br />
piston will press the water out <strong>of</strong> the cylinder<br />
under the influence <strong>of</strong> gravity force. At the<br />
same time, in the upper cylinder, which is<br />
connected with it, the piston will go down<br />
under the influence <strong>of</strong> the weight and draw<br />
the water from the lower cylinder into its<br />
useful capacity. Both weights will operate in<br />
the same direction under the influence <strong>of</strong><br />
gravity force overcoming a pressure <strong>of</strong> a<br />
liquid spout with height H (where h is an<br />
upright distance from the bottom <strong>of</strong> the left<br />
lower cylinder to the bottom <strong>of</strong> the right<br />
upper one). A condition <strong>of</strong> the water raise will<br />
be determined by the excess <strong>of</strong> the sum <strong>of</strong><br />
pressures created by two weights over a<br />
pressure created by water spout H:<br />
2Mg/s ρgH (2),<br />
where M is the mass <strong>of</strong> the weight; s is the<br />
sectional area <strong>of</strong> the cylinder's useful<br />
capacity; ρ is the specific density <strong>of</strong> the liquid.<br />
it follows that an optimal height <strong>of</strong> water<br />
rises:<br />
H = 2M/sρ (3).<br />
Due to the fact that, if the lower cylinder is<br />
located vertically, the water from it raises up<br />
to height H in the upper cylinder, which is<br />
connected with it, the system increases its<br />
potential energy by a value <strong>of</strong><br />
E 0<br />
= mgH (4)<br />
under the influence <strong>of</strong> gravity force inside the<br />
cylinders. The water mass corresponds with<br />
the cylinder's useful capacity:<br />
m = ρsL (5),<br />
where L is a length <strong>of</strong> the useful capacity.<br />
Using (4) and taking into account (3) and (5),<br />
the potential energy increase can be<br />
expressed as<br />
E 0<br />
= 2MgL (6),<br />
which is equivalent to the work produced<br />
during motion <strong>of</strong> the weights under the<br />
influence <strong>of</strong> gravity force in both cylinders.<br />
Thus, the described system is a gravity<br />
engine <strong>of</strong> perpetual mobile type able to<br />
produce yield using only gravity force.<br />
Thus, the gravity engine's power will be<br />
determined by a quantity <strong>of</strong> the cylinders<br />
passing through a permanent point <strong>of</strong> the<br />
system (n) per second and efficiency (η)<br />
taking into account friction losses:<br />
W=nE 0<br />
η (7)<br />
Under permanent speed <strong>of</strong> the belt's motion<br />
(V):<br />
n=V/(L+d) (8),<br />
where d is the interval between adjoining<br />
capacities <strong>of</strong> the cylinders. Putting (7) into<br />
expressions (6) and (8), we obtain an<br />
expression <strong>of</strong> the power as:<br />
W=2MgVηL/(L+d) (9)<br />
It can be seen that a maximal power can be<br />
obtained by a possible increase <strong>of</strong> the belt's<br />
motion and placing the cylinders on the belt<br />
with minimal allowable intervals.<br />
However, it is early to talk about efficiency<br />
and future possibilities <strong>of</strong> the gravity engine<br />
without making an experimental test.<br />
The author would be thankful for critics and<br />
discussion the model proposed.<br />
24 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Arctic squall will heat up<br />
paradoxes <strong>of</strong> gas structures<br />
S. Geller<br />
Rostov-on-Don, Russia<br />
Tel. +7-863-270-13-49,<br />
carma555@mail.ru<br />
Conditions <strong>of</strong> the Russian North are rough,<br />
especially taking into account the insufficient<br />
energy carrier’s supply. When a man is in<br />
difficult straits, his nature makes him think<br />
keenly in order to find resources. The suggested<br />
gas-dynamic heating system corresponds with<br />
such an approach. I think this system will<br />
become important (but I regret that it will be<br />
so difficult to find an “understanding” investor).<br />
As early as in 1852, W. Tomson invented a<br />
“dynamic heating” aiming to take the internal<br />
energy <strong>of</strong> dank London smog by work inputs<br />
(during coal firing). An operation <strong>of</strong> such a heat<br />
pump is based on a so called refrigeration cycle<br />
(heat transfer to a higher temperature level).<br />
Tomson’s idea was realized in the XX century<br />
as air-conditioner split-systems, which are in<br />
almost all <strong>of</strong>fices now.<br />
But tundra is not an <strong>of</strong>fice. As a rule, there is no<br />
place to put an air-conditioner’s plug into there.<br />
I call readers’ attention to a completely<br />
autonomous kind <strong>of</strong> heat pump.<br />
The gas-dynamic heating system takes heat<br />
from cold wind, which is an actuating body.<br />
First, the actuating body is pressed by a<br />
mechanical energy <strong>of</strong> wind (a work, which is<br />
necessary for “reverse” cycles). A heat<br />
gathering tool is a thermotransformer, a reliable<br />
device without moving parts. Its operation<br />
includes direct and reverse thermodynamic<br />
cycles.<br />
A number <strong>of</strong> thermotransformers are known<br />
(even thermochemical ones). In the gasdynamic<br />
heating system, I provided for a<br />
combined use <strong>of</strong> a vortex thermotransformer<br />
and a so called “resonance pipe”. When used<br />
together, the vortex and the “resonance pipe”<br />
mutually strengthen each other increasing<br />
heating coefficient <strong>of</strong> the system. Processes<br />
taking place in these devices will be described<br />
below. I must note that any given explanation<br />
<strong>of</strong> a thermotransformer’s operation will find its<br />
opponents (different scientific schools have no<br />
accordance concerning this problem). But it is<br />
absolutely obvious that the vortex device can<br />
considerably shake the academic hydrodynamic<br />
views. I will concentrate on this later.<br />
A vortex thermotransformer was invented by<br />
a Frenchman, J. Ranque, in 1931. In his simple,<br />
as all great things, invention, complicated<br />
processes based on structuring <strong>of</strong> the actuating<br />
body occur. Some aspects <strong>of</strong> vortex structures<br />
were described in my article “Marshal Vortex”<br />
(“Engineer, 1993. #45). Many interesting<br />
things can be found in sources [1], [2], [3].<br />
Vortexes have become a favorite object <strong>of</strong><br />
synergy’s study not without reason. Vortexes’<br />
tendency to self-organization is sometimes<br />
displayed quite nontrivially. For example, at<br />
great ocean depths, hundreds <strong>of</strong> quickly<br />
rotating discoid objects – lenses with a<br />
diameter <strong>of</strong> up to eighty kilometers were<br />
discovered [4]. The lenses are formed during<br />
seawater flowing into the ocean; they live up<br />
to ten years keeping their initial hydrologic<br />
properties! These structures are a typical<br />
example <strong>of</strong> so called anti-entropic processes<br />
(the processes when complex items are formed<br />
from simpler ones).<br />
Let us return to Ranque’s vortex<br />
thermotransformer. Due to tangential lead in<br />
<strong>of</strong> the pressed gas into an energy division<br />
chamber (Fig. 1), a complex vortex flow is<br />
formed, which has a huge radial temperature<br />
gradient. The initial one flow is divided into a<br />
cold part led out from a diaphragm and a hot<br />
flow led out through a throttle. Ranque’s energy<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
25
A new view on thermotransformation process allowed me to invent<br />
a new kind <strong>of</strong> a thermotransformer with better energy efficiency.<br />
I am searching for an investor (for patenting and realization).<br />
Actuating body inlet (P 0<br />
, T 0<br />
)<br />
Hot stream (P 1<br />
, T 1<br />
)<br />
Cold stream (P 2<br />
, T 2<br />
)<br />
To the resonance pipe’s<br />
nozzle (Fig. 3, pos. 2)<br />
Figure 1. Ranque’s vortex thermotransformer (the classical design)<br />
1 – spiral gas supply; 2 – energy division chamber; 3 – diaphragm; 4 – throttle-unswirler;<br />
5 – resonator (a noise blanking device); 6 – reflector (adjustable);<br />
7 – fitting for cooled gas outlet; 8 – counter-nut; 9 – external beading.<br />
division chamber had a form <strong>of</strong> a tube. Its forms<br />
have been improved over seventy years; this<br />
can be seen in Fig. 1 (an internal cylinder-conic<br />
cavity, a resonator for noise blanking, an<br />
external fanning). It is still unknown how<br />
thermotransformation occurs, though there are<br />
a lot <strong>of</strong> theories claiming to explain this process<br />
[5]. It is impossible, for example, to base the<br />
thermotransformation explanation on the<br />
molecular-kinetic theory (including centrifugal<br />
and pressure forces in a model) because molecules<br />
moving along a free path run, as it is well known,<br />
uniformly and in straight lines. Attempts to use<br />
average environmental parameters in the<br />
thermotransformer’s chamber will lead into a<br />
dead end. In 1895, Osborn Reynolds suggested<br />
to describe a kinematics <strong>of</strong> the vortical motion<br />
on basis <strong>of</strong> statistical (probabilistic)<br />
characteristics. But even now manuals (for<br />
example, [6]) impose such a disputable approach.<br />
If we translate a “probabilistic nature” into<br />
ordinary language, it means that vorticity is an<br />
effect, which occurs sporadically, i.e. it is a rather<br />
vague, unstable substance. Then, this ephemeral<br />
instability can easily, for instance, cut a tail unit<br />
<strong>of</strong> 300 aerobus (as it happened above a <strong>New</strong><br />
York suburb on the 12th <strong>of</strong> November 2001.<br />
And a vortex trail <strong>of</strong> a Japanese air liner, which<br />
took <strong>of</strong>f a couple minutes earlier, was just the<br />
“instability”). However, a life time <strong>of</strong> an air<br />
structure (the vortex trail) is much less than<br />
that <strong>of</strong> the above mentioned vortex lenses.<br />
I think it is obvious now that it is rather difficult<br />
but also very important to describe the energy<br />
division process. It must be taken into account<br />
that Ranque’s vortex device is the first example<br />
<strong>of</strong> the anti-entropic systems designed. If an<br />
initial gas in the chamber is expanded, entropy<br />
(a disorder degree) decreases! A Nobel Prize<br />
laureate Ilya Prigozhin has created<br />
thermodynamics <strong>of</strong> irreversible processes. But<br />
even it cannot completely explain the discrepancy<br />
between real processes in the vortex<br />
thermotransformer and theoretical consequences<br />
<strong>of</strong> the second law <strong>of</strong> thermodynamics. It remains<br />
only to be happy because scientific orthodoxes<br />
have now less opportunities to hamper anything,<br />
which does not fall into their a priori patterns. I<br />
will give a historical fact, which directly<br />
concerns the article’s topic.<br />
In the beginning <strong>of</strong> the 1960th, the Soviet press<br />
attracted attention to a phenomenon <strong>of</strong><br />
“Babiegorodsky pereulok”. In a basement <strong>of</strong> one<br />
<strong>of</strong> the houses <strong>of</strong> this Moscow side street, a<br />
group <strong>of</strong> physics (“odd fellows”) found out that<br />
26 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
their experimental device produces more heat<br />
than it consumes electric energy. After<br />
discussions, which took place during a year (while<br />
the main arguments concern “Materialism and<br />
empirical criticism” work and not physical laws),<br />
a label <strong>of</strong> a “pseudo-science” has been stuck on the<br />
experiments. The object <strong>of</strong> this “ostracism” is<br />
interesting: the enthusiasts have designed... a<br />
prototype <strong>of</strong> the heat pump outstripping western<br />
and Japanese producers <strong>of</strong> air-conditioners <strong>of</strong><br />
“winter-summer” type for two decades! At that<br />
careless time, when everyone took a great<br />
interest in growing corn beyond the Polar<br />
circle, an invention <strong>of</strong> a 23-years-old lieutenant,<br />
Vladislav Ivanov, was rejected. The invention<br />
was a computerized tomographic system. In<br />
1983, after 23 years, Ivanov obtained an already<br />
completely useless author's certificate #<br />
1112266 for “the method <strong>of</strong> determination <strong>of</strong><br />
material bodies’ internal structure”. Americans<br />
P. Lauteburg and R. Damadian gained public<br />
acknowledgement as inventors <strong>of</strong> the<br />
tomographic system. It was too late for us.<br />
Vortex thermotransformers were luckier because<br />
they came from the West. Scientific bureaucrats<br />
traditionally considered foreign innovations<br />
important (I.V. Stalin made A.N. Tupolev copy “a<br />
flying super-fortress” B29). It is interesting that<br />
it did not prevent Stalin from imprisoning others<br />
for “the blind worship <strong>of</strong> the West”. Soviet<br />
researchers A. Merkulov, A. Azarov, A. Martynov,<br />
Sh. Piralishvily, V. Volov and others have<br />
considerably developed “the point <strong>of</strong> increase”<br />
determined by Ranque and a German researcher<br />
Hilsch. Domestic “vortexes” are successfully<br />
operating in all known media but in a rather limited<br />
range <strong>of</strong> actuating bodies’ consumption (by an<br />
order less than the gas-dynamic heating system<br />
requires). It is helpful that vortexes can use cold<br />
actuating bodies (an adiabatic efficiency increases<br />
during cooling <strong>of</strong> a wall <strong>of</strong> the energy division<br />
chamber). Hence, we can easily lead an arctic wind<br />
in a package <strong>of</strong> transformers (pos. 3, Fig. 2), if we<br />
caught it previously by an air intake and pressed<br />
it. This “expropriated” heat is led to radiator 5<br />
heating the object. I am not going to discuss how<br />
to press the actuating body.<br />
Let us now speak about a vortex’s partner, i.e. a<br />
resonance tube. In it, a gas flow is ordered (we<br />
have to do here with a periodic wave structure). I<br />
do not know whether Ranque discovered his effect<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Figure 2. A scheme <strong>of</strong> dynamic heating. Its<br />
“cycle operation” is made by cold wind<br />
1 – heated object; 2 - air inlet (turns to wind);<br />
3 - thermotransformer ; 4 - fitting warm air<br />
outlet; 5 – radiator; 6 - discharge pipes with<br />
aspirators; 7 - thermo-insulation; 8 - hot-well;<br />
9 - functional pressure block.<br />
by accident, but Schprenger’s effect, which<br />
underlies the resonance tube’s operation, was<br />
discovered by chance during analysis <strong>of</strong> industrial<br />
objects’ accidents (particularly chemical plants).<br />
It was found out that braking <strong>of</strong> a high-speed gas<br />
stream in a half-open space (a “glass”) can cause<br />
blast waves, which bring the “glass” to a great heat<br />
<strong>of</strong> up to thousands <strong>of</strong> degrees (a “storm in a<br />
teacup” can be terrific!). In order to reproduce<br />
the effect, Schprenger determined<br />
interconnections between a geometry <strong>of</strong> a setting<br />
(a nozzle and the “glass”), a speed and a pressure<br />
<strong>of</strong> the stream <strong>of</strong> the “initiating” gas. This allowed<br />
finding an engineering application <strong>of</strong> the effect.<br />
Simple and reliable fuse-devices for gas are one <strong>of</strong><br />
the examples <strong>of</strong> the effect’s use. The process has a<br />
resonance nature; that is why the device was<br />
named the “resonance tube”. In Russia, “resonance<br />
tubes” have being also actively studied as<br />
cryogenerators (the gas gives heat to the<br />
”glass” and, according to the energy<br />
conservation law, refrigerates).<br />
Thus, the “resonance tube” is just another type<br />
<strong>of</strong> the thermotransformer, simpler than the<br />
vortex concerning the geometry calculation but<br />
having less efficiency. In my opinion, both<br />
devices will perfectly work together. A more<br />
complete heat gathering is achieved by<br />
directing a cooled air from the nipple 7 <strong>of</strong> the<br />
vortex thermotrasformer (Fig. 1) in nozzle 2 <strong>of</strong><br />
27
Actuating body inlet<br />
(particularly, inlet <strong>of</strong> a cold<br />
stream from the diaphragm –<br />
Fig. 1)<br />
Heated heat<br />
carrier +∆t<br />
(to radiator 5, fig. 2)<br />
Heat carrier<br />
inlet<br />
Figure 3. Resonance pipe<br />
1 – body; 2 – nozzle; 3 – cup; 4 – heat exchanger; 5 – regular pulsation zone;<br />
6 – opening for cooled gas outlet.<br />
The conditions necessary for thermotransformation are the following:<br />
V – stream speed (a function <strong>of</strong> pressures P and P’ and also <strong>of</strong> the nozzle’s form);<br />
Certain mutual ratios expressed by dimensions H, l, D and d.<br />
the resonance tube (Fig. 3); the exhaust flow<br />
from the vortex thermotrasformer is not wasted<br />
but transformed into the actuating body for the<br />
“resonance tube”. The author knows no attempts<br />
to use the vortex thermotrasformer and the<br />
“resonance tube” with as much actuating body’s<br />
consumption as it is in the gas-dynamic heating<br />
system. Although its elements are known<br />
separately, they obtain new properties being<br />
combined like that and allow thermostating<br />
objects, which are remote from electric energy<br />
supply (in field conditions).<br />
References<br />
1. Gupta and others. Swirling flows. M. Mir, 1987.<br />
2. S. Geller. On the ejection air supply in the burnt gases’<br />
exhaust system. // Motor-car industry. 1995. # 1.<br />
3. S. Geller, Bermant Yu. The method f hydrodynamic<br />
influence and “Tantsuyuschaya zvezda” device for its<br />
realization. Patent <strong>of</strong> the Russian Federation # 2 175 272.<br />
4. Unknown floating plates. // Znaniye sila. 1990.<br />
5. Information bulletin # 89190 <strong>of</strong> Leningrad<br />
Interindustrial Technical Research Institute,1989.<br />
6. A. Bogomolov, K. Mikhaylov. Hydraulics: a manual for<br />
hydraulic engineering specialities <strong>of</strong> higher education’s<br />
institute. M., 1972. p.99.<br />
28 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
VORTEX LIQUID HEATERS<br />
S. Geller<br />
Rostov-on-Don, Russia<br />
Tel. +7-863-270-13-49,<br />
CARMA555@MAIL.RU<br />
1. Vortex liquid heaters (VLH)<br />
Recently, between the millenniums, a lot <strong>of</strong><br />
materials concerning the excessive heat<br />
generation by VLH have been published.<br />
According to the words <strong>of</strong> VLH developers,<br />
these heat devices belong to hydro-dynamic<br />
type and are remarkable for an unusually high<br />
efficiency, i.e. a ratio <strong>of</strong> the produces heat to<br />
the consumed energy. For example, numerical<br />
values <strong>of</strong> the efficiency <strong>of</strong> heatgenerators<br />
suggested in sources [1], [2] almost reach one<br />
while values <strong>of</strong> the generators suggested in [3],<br />
[4] exceed it within the limits <strong>of</strong> a possible<br />
mistake <strong>of</strong> calorimetric measurements and<br />
values <strong>of</strong> the generators suggested in [5], [6]<br />
and [7] exceed one by a few times! Are vortex<br />
liquid heaters extra-efficient<br />
All VLH, in spite <strong>of</strong> the variety <strong>of</strong> their designs,<br />
are noted for two common peculiarities:<br />
- only liquid, mainly water, is used as an<br />
actuating body;<br />
- the water is specially mechanically treated.<br />
The treatment is called mechanoactivation.<br />
Mechanoactivation process consists in that<br />
water is rendered moving in complex irregular<br />
way by mechanical influence. Choose <strong>of</strong> motion<br />
type imperted to water is made, as a rule, using<br />
“the more complex the better” principle. There<br />
are no reasonable theories and well-founded<br />
selection criteria considering this.<br />
Choise <strong>of</strong> a motion type imperted to the water<br />
is made, as a rule, using a “the more complex,<br />
the better” principle. There are no reasonable<br />
theories considering this.<br />
it is possible to find three main types <strong>of</strong> VLH:<br />
• passive tangential,<br />
• passive axial and<br />
• active.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Passive ones are VLH <strong>of</strong> the static type, which<br />
do not contain moving parts in devices <strong>of</strong> the<br />
liquid flow formation. Mechanical activation in<br />
these generators results from interaction <strong>of</strong><br />
moving liquid with motionless elements <strong>of</strong> the<br />
work chamber, which are made and located in<br />
such a way to turbulize the flow as much as<br />
possible.<br />
Passive VLH are distinguished by the method<br />
<strong>of</strong> liquid flow bringing in the work chamber,<br />
which can be tangential or axial.<br />
Active VLH include generators, where<br />
mechanical activation <strong>of</strong> the actuating body<br />
results from influence <strong>of</strong> generator’s moving<br />
activating elements on liquid. The elements can<br />
be rotating, swinging or moving in a complex way.<br />
Method <strong>of</strong> liquid flow bringing in the work<br />
chamber <strong>of</strong> the active VLH has no fundamental<br />
significance. The motion type <strong>of</strong> the moving<br />
activating element is more important for this<br />
type <strong>of</strong> generators.<br />
It is important to note that passive VLH with<br />
tangential bringing in <strong>of</strong> the liquid flow by no<br />
means is not a modification <strong>of</strong> widely known<br />
vortex [7] based on Ranque-Hilsh effect and<br />
assigned for thermo-transformation <strong>of</strong> a gas<br />
flow. Often met analogies (even among<br />
authors <strong>of</strong> VLH!) with vortexes explain<br />
nothing and only create confusion.<br />
Fundamental difference <strong>of</strong> VLH from<br />
Ranque’s vortex consists in absence <strong>of</strong><br />
gaseous actuating body [1], hence, it is a<br />
question <strong>of</strong> cardinally diffrenet working<br />
processes.<br />
Let us consider a design philosophy <strong>of</strong> each <strong>of</strong><br />
the distinguished groups.<br />
Basic elements <strong>of</strong> this device are streamtwirling<br />
device 1, work vortex chamber 2 with<br />
29
Hot water<br />
Cold water<br />
Fig.1<br />
outlet fitting 3 and brake device 4 (see Fig. 1).<br />
Sometimes the VLH has additional overflow<br />
pipe 5.<br />
In the simplest case, the stream-twirling device<br />
<strong>of</strong> the generator is made in the form <strong>of</strong> an inlet<br />
fitting providing for bringing in a coldwater<br />
flow from the force-pump to the the periphery<br />
<strong>of</strong> the vortex chamber. In the cylindrical<br />
chamber, the flow twirls and moves to the axled<br />
outlet fitting where it is hampered by the<br />
specila device. In the process <strong>of</strong> vortex motion<br />
and braking, the liquid in the work chamber is<br />
activated, heated and hot water flows from the<br />
outlet fitting. A part <strong>of</strong> hot water can be<br />
transferred from the outlet to the inlet through<br />
the overflow pipe in order to improve a VLH’s<br />
efficiency.<br />
In modifications <strong>of</strong> vortex generators, streamtwirling<br />
devices are made with screw or spiral<br />
pr<strong>of</strong>iles <strong>of</strong> work chambers, with uniform or<br />
converging cross-sections, with one or more<br />
work chambers, with one or several tangential<br />
inlets, with inlets in the form <strong>of</strong> swirl atomizers<br />
etc. [2], [8], [9], [10], [11], [12], [13], [14].<br />
Work chambers <strong>of</strong> these heatgenerators can be<br />
single straight-flow, double counterflow,<br />
cylindrical, conical, <strong>of</strong> complex form (up to<br />
toroid one) etc. [15], [16], [17], [18], [19], [20],<br />
[21], [22], [23].<br />
Designs <strong>of</strong> brakes are also various: from streamline<br />
bodies to straightener blades [6], [17].<br />
A passive VLH with an axial inlet <strong>of</strong> the liquid<br />
flow is even simpler. Its main elements are work<br />
chamber 1 with inlet fitting 2 and restriction 3<br />
with outlet fitting 4 (see fig. 2). Sometimes<br />
VLH has additional flow former 5. The<br />
restriction <strong>of</strong> such VLH (a diaphragm, a nozzle,<br />
a throttle, a draw plate etc.) is usually a partition<br />
with a hole installed in the work chamber.<br />
Cold water<br />
Hot water<br />
Fig. 2<br />
30 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
In the passive axial VLH, different diafragms<br />
are used: with cylindrical, conical, fissured or<br />
spiral holes, with one or more holes, with axial<br />
or shifted holes, with one or several successively<br />
installed partitions etc. [24], [25], [26], [27],<br />
[28], [29], [30].<br />
Besides passive VLH with tangential and axial<br />
inlets, generators <strong>of</strong> a mixed type are used. They<br />
use stream-twirling devices and diagrams at the<br />
same time in order to increase an efficiency <strong>of</strong><br />
their work.<br />
In VLH <strong>of</strong> the third group, active ones,<br />
mechanoactivation is carried out by moving<br />
activators located in their work chambers; as a<br />
rule, they belong to a rotor type (see Fig. 3).<br />
A rotor is fixed at power shaft 2 and rotating<br />
inside cylindrical work chamber 3, which has<br />
inlet 4 and outlet 5 fittings and brake device 6.<br />
During supply <strong>of</strong> a cold water to the inlet<br />
fitting <strong>of</strong> an active generator, the water is<br />
forcibly twirling by the rotating rotor,<br />
accelerated, partially activated and heated and<br />
moves towards the motionless brake device.<br />
It is hampered and additionally activated<br />
there and is led outside through the outlet<br />
fitting.<br />
Types <strong>of</strong> active VLH vary according to a design<br />
<strong>of</strong> rotors and brake devices. The rotors and<br />
brake devices can be made in the form <strong>of</strong><br />
turbines with straight or pr<strong>of</strong>iled blades,<br />
figures <strong>of</strong> revolution with longitudinally<br />
pr<strong>of</strong>iled surfaces, perforated cylindrical or<br />
conical drums, uni-directional or oppositely<br />
rotating perforated discs and others [30],<br />
[31], [32], [33], [34], [35], [36], [37], [38],<br />
[39], [40].<br />
In each <strong>of</strong> the distinguished groups <strong>of</strong> VLH,<br />
special operation modes can be additionally<br />
formed in order to promote activation <strong>of</strong> the<br />
liquid and, as a result, increase <strong>of</strong> the heat<br />
production. For these purposes, variable<br />
statistical pressures are set in the work<br />
chamber [41], self-oscillaltion are excited in the<br />
liquid [42], additional vortex flows are formed<br />
in an ortoganal direction <strong>of</strong> the main flow [43],<br />
percussion braking <strong>of</strong> counter flows, ultrasonic<br />
machining <strong>of</strong> the liquid is carried out [45] etc.<br />
Besides mechanical methods <strong>of</strong> intensification,<br />
electrophysical ones are sometimes used:<br />
magnetization <strong>of</strong> the liquid [32], [46], impulse<br />
radiation treatment <strong>of</strong> the liquid in an optical<br />
range [47], an electrical current running<br />
through the liquid [32] and even... a<br />
cosmological vector potential influencing the<br />
liquid [48].<br />
In spite <strong>of</strong> absence <strong>of</strong> moving parts and high<br />
maintainability <strong>of</strong> the passive heaters, VLH <strong>of</strong><br />
the active type can turn out to be more<br />
perspective for a practical use because they<br />
provide for more efficient mechanoactivation<br />
<strong>of</strong> the liquid.<br />
It was and still is unknown what causes heating<br />
<strong>of</strong> the liquid in all types <strong>of</strong> VLH. Since a<br />
temperature increase <strong>of</strong> the water at the exit<br />
<strong>of</strong> the generator as a result <strong>of</strong> direct<br />
transformation <strong>of</strong> work into heat due to the<br />
liquid’s internal friction, dispersion <strong>of</strong> an energy<br />
<strong>of</strong> acoustic vibrations etc., advantages <strong>of</strong><br />
hydro-dynamic heatgenerators are brought to<br />
the simplisity <strong>of</strong> their design.<br />
It is significant that, during VLH operation, a<br />
water temperature at the exit can reach boilingpoint<br />
in the event that total energy inputs for<br />
Hot water<br />
Cold water<br />
Fig. 3<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
31
the water heating are evidently insufficient for<br />
producing such a result.<br />
Using a usual and rather plausible<br />
calorimeter procedure, a measured increase<br />
<strong>of</strong> the quantity <strong>of</strong> heat produced by the<br />
generator per unit <strong>of</strong> time can considerably<br />
exceed a measured energy consumed by the<br />
generator during the same period <strong>of</strong> time.<br />
Efficiency <strong>of</strong> the heating becomes specially<br />
notable if a temperature <strong>of</strong> an initial water<br />
subjected to mechanoactivation is (66.5 3.5)C,<br />
[3], [4], [5]. <strong>Energy</strong> inputs for the water heating<br />
with initial temperature t = 66.5C are minimal<br />
and obviously inequivalent to the heat quantity,<br />
which is required for this.<br />
Such facts require an explanation, therefore,<br />
different, sometimes rather unexoected<br />
hypotheses about “the reasons <strong>of</strong> the extraproductivity<br />
<strong>of</strong> hydro-dynamic<br />
heatgenerators” have been suggested.<br />
For example, according to work [49],<br />
production <strong>of</strong> the excessive heat is connected<br />
with the theory <strong>of</strong> world aether. It is also<br />
suggested naming the heat production effect<br />
after V.A. Kochetkov, who considers this effect<br />
as a merely aether effect. A supporting data is<br />
provided.<br />
In work [14], on the basis <strong>of</strong> the the virial law<br />
proven already by R. Klausis, it is affirmed that<br />
any accelerated rotation motion <strong>of</strong> an actuating<br />
body must be accompanied by a discharge <strong>of</strong> a<br />
part <strong>of</strong> its self-energy in the form <strong>of</strong> heat and,<br />
therefore, by a temperature increase.<br />
In work [50], it is suggested that one <strong>of</strong> the<br />
reasons <strong>of</strong> the excessive heat can be chemical<br />
reactions <strong>of</strong> the actuating body – water and its<br />
solutes – stimulated by an influence <strong>of</strong><br />
hypothetical torsion fields.<br />
In article [51], the excessive heat is considered<br />
as an emanation <strong>of</strong> the energy <strong>of</strong> physical<br />
vacuum (!); in work [52] it is considered as a<br />
result <strong>of</strong> cold fusion using exotic anions and<br />
ersions; and in above mentioned work 48, it is<br />
considered as an influence <strong>of</strong> the “cosmological<br />
vector potential”. However, if we take into<br />
account a possibility to "deceive” a supply<br />
meter by a thyristor transducer, which<br />
increases a frequency <strong>of</strong> a current supplied to<br />
the pump drive (a know-how <strong>of</strong> a “pioneer”,<br />
Mr. Potapov), everything becomes more than<br />
simple!<br />
2. Mechanoactivation<br />
Researches <strong>of</strong> the mechanoactivated water’s<br />
properties have being carried out for quite a<br />
long time [53], [54], [55].<br />
It has been found out that many <strong>of</strong> liquid’s<br />
physical qualities can reversibly change as a<br />
result <strong>of</strong> a liquid’s mechanical treatment. For<br />
example, numerical values <strong>of</strong> relative statistical<br />
dielectric penetrability ε, heat capacity C, light<br />
refraction coefficient n and others <strong>of</strong> the<br />
mechanoactivated water can considerably<br />
differ from reference values [56], which<br />
characterize usual water.<br />
One <strong>of</strong> the most important reasons <strong>of</strong> such<br />
differencies are cavitation effects<br />
accompanying the liquid’s mechanoactivation.<br />
Due to the fact that surfaces <strong>of</strong> cavitation<br />
cavities are borders <strong>of</strong> phases’ division, nearsurface<br />
layers <strong>of</strong> the liquid near the borders <strong>of</strong><br />
the division are in a mechanical stress, which<br />
significantly differs from a state <strong>of</strong> free liquid.<br />
Under a developed cavitation, a relative volume<br />
<strong>of</strong> near-surface layers <strong>of</strong> the liquid becomes<br />
rather big: there are from 10 3 to 10 5 <strong>of</strong> steamgas<br />
pulse cavitation bubbles with an average<br />
diameter <strong>of</strong> about 10 mkm each in each milliliter<br />
<strong>of</strong> the cavitating liquid.<br />
Due to this, physical properties <strong>of</strong> the<br />
mechanoactivated cavitating liquid always<br />
depend on its properties in the near-surface<br />
layers.<br />
According to the dependencies shown on Fig.<br />
4, it is obvious that dielectric penetrability <strong>of</strong><br />
water ε in a thin film or a drop, beginning with<br />
thickness <strong>of</strong> the film d o<br />
or diameter <strong>of</strong> the drop<br />
D o<br />
, becomes considerably less than a<br />
penetrability <strong>of</strong> water in a free volume.<br />
In the event <strong>of</strong> a decrease <strong>of</strong> water flat layer’s<br />
thickness d from 40 to 10 mkm, its relative<br />
dielectric penetrability permanently diminishes<br />
from nominal value ε = 81 to value ε = 10 3, i.e.<br />
it diminishes up to almost an order <strong>of</strong><br />
32 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
film<br />
drop<br />
Fig. 4<br />
magnitude. A similar picture can be observed<br />
for the water drop either, if diameter D<br />
decreases from 60 to 10 mkm.<br />
It is usually considered that a relatively high value<br />
<strong>of</strong> a statistical dielectric penetrability <strong>of</strong> free water<br />
is connected with high values <strong>of</strong> dipole moments<br />
<strong>of</strong> supramolecular formations - short-lived<br />
molecular associations (nano-clusters <strong>of</strong> (H 2<br />
O) n<br />
).<br />
Their spatial orientation in the external<br />
electrostatic field is determined by its direction.<br />
Due to this, the decrease <strong>of</strong> the water dielectrical<br />
penetrability in the thin layer can be naturally<br />
connected with a decrease <strong>of</strong> an orientation<br />
receptivity <strong>of</strong> the molecular associations, i.e. with<br />
a partial “congelation” <strong>of</strong> clusters’ resulting<br />
dipole moments in the near-surface layers by<br />
uncompensated coulomb forces <strong>of</strong> the surface<br />
layer, caused by structural regulating <strong>of</strong> this<br />
layer’s molecules by mechanical forces <strong>of</strong> a<br />
surface tension [57].<br />
It follows from the given diagrams that, under<br />
normal climatic conditions, a thickness <strong>of</strong> a flat<br />
one-sided near-surface water layer, where long<br />
range ordering partially remained, is about 0.5d o<br />
= 20 mkm, while a radial thickness <strong>of</strong> a partially<br />
ordered near-surface water drop layer is about<br />
0.5D o<br />
= 30 mkm [54, 55].<br />
Accordingly, effective thicknesses <strong>of</strong> near-surface<br />
layers for a flat surface and a drop is about 11 mkm<br />
and 16 mkm.<br />
It is also follows from the diagrams that, during<br />
the decrease <strong>of</strong> dimensional parameters d and D,<br />
the value <strong>of</strong> the dielectric water penetrability<br />
aspires to value εmin (the dotted line), which is<br />
close to value <strong>of</strong> high-frequency dielectric<br />
penetrability ε i<br />
<strong>of</strong> ice in its most spread<br />
modification I: ε min<br />
ε i<br />
[56].<br />
Comparability <strong>of</strong> values ε min<br />
and ε i<br />
gives grounds<br />
to suggest that, under d < d o<br />
, D < D o<br />
, not only for<br />
the dielectric penetrability but also for other<br />
parameters with a structural dependence,<br />
particularly specific heat C в<br />
, can approach by their<br />
values parameters <strong>of</strong> a solid phase during the water<br />
change from liquid state B 1<br />
to partially ordered<br />
ice-like state B 2<br />
. Due to the fact that the water<br />
specific heat exceeds that <strong>of</strong> ice by 2 times, a<br />
change <strong>of</strong> water heat capacity, which happens<br />
during the water change from a free state to a<br />
partially bound state, is always accompanied by a<br />
partial heat generation.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
33
This possibility was controlled by using a<br />
swirler as a passive mechanoactivator and<br />
forwarding a cold water under strong pressure<br />
at its inlet [58].<br />
Due to the mechanoactivation, a water stream in<br />
the swirler was characterized by a strong<br />
maldistribution <strong>of</strong> local speeds and, accordingly,<br />
by high gradients <strong>of</strong> mechanical tensions in the<br />
liquid. Regions with negative pressures appeared<br />
in the stream and conditions were formed for<br />
tearing <strong>of</strong> the liquid's continuity and<br />
development <strong>of</strong> cavitation processes. These<br />
processes were accompanied by a clear sign <strong>of</strong><br />
cavitation – a sonoluminescent glow <strong>of</strong> the liquid<br />
[59, 60] while a cavitating hot water, which was<br />
in a condition close to a dispersion one, was<br />
coming to the exit <strong>of</strong> the swirler.<br />
While an initial water temperature had been T 1<br />
= 20C at the swirler’s inlet, a water temperature<br />
after a mechanical treatment increased up to T 2<br />
= 55C. While the initial water temperature had<br />
been T 1<br />
= 40C, the water temperature after the<br />
mechanical treatment increased up to T 2<br />
= 85C.<br />
While the initial water temperature had been T 1<br />
= 66.5C, a boiling water came to the outlet <strong>of</strong> the<br />
swirler.<br />
A comparative appraisal <strong>of</strong> a quantity <strong>of</strong><br />
heat, which is equivalent to a<br />
mechanoactivation work, and a quantity <strong>of</strong><br />
heat, which is necessary for water heating in<br />
the given temperature intervals, allows<br />
making a conclusion that an additional heat<br />
generation happens during the<br />
mechanoactivation process.<br />
During the mechanical treatment causing an<br />
intensive cavitation, a part <strong>of</strong> the water turns to<br />
ordered, colloid-like, close to liquid-crystal, state<br />
B 2<br />
, and transition B 1<br />
B 2<br />
is accompanied by the<br />
heat generation.<br />
Such a transition can be determined as a “phase<br />
transition in in the wide sense” [61], [62], which<br />
results in excessive heat Q exc<br />
generation:<br />
B 1<br />
B 2<br />
+ Q exc<br />
(1)<br />
It is found out in work [58], that the partially<br />
odered water state is unstable and accompanied<br />
by a reverse transfer from metastable state B 2<br />
in<br />
state B 1<br />
. Reverse transfer B 2<br />
B 1<br />
is endothermic<br />
and can happen both with a relatively continuous<br />
and an uneven absorption <strong>of</strong> heat:<br />
B 2<br />
B 1<br />
– Q exc<br />
(2)<br />
Uneven phase change B 2<br />
B 1<br />
is accompanied by<br />
an abrupt water cooling: for example, the water<br />
temperature can lower from T 2<br />
= 75C in<br />
dispersion phase B 2<br />
to T 1<br />
= (45 – 55)C in B 1<br />
phase.<br />
Relaxation time τ r<br />
during the reverse transition,<br />
in dependence on stability <strong>of</strong> the environment and<br />
water cleanness, can be a few or some dozen<br />
minutes: τ r<br />
= (3 – 30) min.<br />
Thus, the mechanical water treatment<br />
accompanied by an intensive cavitation [55, 58]<br />
can lead to the generation and absorption <strong>of</strong> heat.<br />
It is important to note that, in the event that hot<br />
water temperature T 2<br />
in dispersion state B 2<br />
is<br />
decreased, for example, by a heat exhange with<br />
the environment, water temperature T 1<br />
in<br />
dispersion phase B 1<br />
after the reverse transition<br />
can be lower than the initial one.<br />
This allows suggesting with sufficient certainty<br />
that the effect <strong>of</strong> VLH is based on this. Various<br />
manifestations <strong>of</strong> the above described heat<br />
effects have been observed earlier. In front <strong>of</strong> a<br />
buidling <strong>of</strong> the Estonian Academy <strong>of</strong> Sciencies<br />
in Tartu, a fountain with stream-swirlers is<br />
located. The swirlers form strong vertical<br />
streams <strong>of</strong> a cavitating water hazed by a mist <strong>of</strong><br />
small waterdrops. In spite <strong>of</strong> the fact that a<br />
water with an initial temperature <strong>of</strong> about 20C is<br />
led to the swirlers, a temperature <strong>of</strong> a metastable<br />
dispersion phase, which looks like small drops<br />
hanging in the air near the cavitating streams, is<br />
about 40C, and a final temperature <strong>of</strong> a liquid state,<br />
which is a condensate in the fountain’s pool, does<br />
not exceed 15C.<br />
It is also know that water temperature can<br />
increase during the phase change, if the partially<br />
ordered liquid’s state is formed not by a surface <strong>of</strong><br />
a part “liquid - gas” but by a surface <strong>of</strong> a part “liquid<br />
– soild”.<br />
A heat produced during water moistening <strong>of</strong><br />
hydrophilic surfaces is ususally called a heat <strong>of</strong><br />
moistening. No matter which nature <strong>of</strong> this effect<br />
34 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
is, according to thermodynamics <strong>of</strong> moistening<br />
and adsorption processes [63], a part <strong>of</strong> the<br />
produced heat, in the end, is released due to a<br />
decrease <strong>of</strong> the water’s self-energy located in<br />
a contact layer during its turn into partially<br />
ordered phase B 2<br />
. It suggested that, since the<br />
water comes out <strong>of</strong> a contact zone, it must<br />
experience a reverse turn <strong>of</strong> the endothermic<br />
nature.<br />
In order to test this opportunity, a water<br />
temperature was measured when water was<br />
going through a column filled with a refined<br />
ground quartz with particles’ dimensional<br />
parameter d 40 mkm.<br />
It was noted that a temperature <strong>of</strong> a water front<br />
going through the quartz layer was by 8...12 K<br />
higher than the initial one.<br />
A temperature <strong>of</strong> a water collected in the<br />
thermostat right after its going through the<br />
quartz layer slightly exceeded the initial one.<br />
However, after relaxation time τ r<br />
= (5 – 15)<br />
min, the water in the thermostat spontaneously<br />
cooled by 2 – 3 K, perhaps as a result <strong>of</strong> the<br />
reverse cjange.<br />
Possibly, an endothermic nature <strong>of</strong> the reverse<br />
change allows to explain a low summer<br />
temperature <strong>of</strong> subterranean waters, which lose<br />
a part <strong>of</strong> their self-energy and dissipate heat<br />
during filtration through upper finedyspersated<br />
soils.<br />
Undoubtedly, other examples <strong>of</strong> the discussed<br />
effects exist.<br />
It is quite possible that the heat effects, which<br />
appear in the mechanoactivated water during<br />
the exothermal and endothermal changes like<br />
B 1<br />
B 2<br />
+ Q exc<br />
and B 2<br />
B 1<br />
– Q exc<br />
, underlie<br />
operation <strong>of</strong> all VLH.<br />
where Q exc<br />
is a heat <strong>of</strong> change B 1<br />
B 2<br />
, and ∆Q is<br />
a quantity <strong>of</strong> heat obtained by a direct change<br />
<strong>of</strong> work into heat.<br />
It is possible to obtain a phenomenological<br />
assessment <strong>of</strong> quantity <strong>of</strong> heat Q exc<br />
, which is<br />
produced in the water during release <strong>of</strong> its selfenergy<br />
due to the phase change, by taking into<br />
account an intensity <strong>of</strong> the mechanoactivation,<br />
a degree <strong>of</strong> discrepancy <strong>of</strong> molar water’s heat<br />
capacities in the free and activated states and<br />
also an initial water temperature:<br />
Q exc<br />
= k 1<br />
m/µ(C B1<br />
– C B2<br />
) ( T 1<br />
– T im<br />
), (4)<br />
where C B1<br />
and C B2<br />
are, accordingly, specific<br />
heats under a continuous pressure <strong>of</strong> free water<br />
B 1<br />
and the mechanoactivated water in phase<br />
B 2<br />
; it is convenient to present value C B2<br />
as C B2<br />
= k 2<br />
C i<br />
, where dimensionless constant 1 k 2<br />
< 2<br />
characterizes a difference degree <strong>of</strong> heat<br />
capacity C B2<br />
<strong>of</strong> partially odered water phase B 2<br />
from heat capacity C i<br />
<strong>of</strong> the<br />
crystallographically ordered water phase in the<br />
solid state;<br />
k 1<br />
is a mechanoactivation coefficient,<br />
dimensionless value 0 < k 1<br />
1 characterizing a<br />
mass part <strong>of</strong> partially ordered phase B 2<br />
in the<br />
mechanoactivated water:<br />
k 1<br />
= m B2<br />
/ (m B1<br />
+ m B2<br />
);<br />
m is a mass <strong>of</strong> the mechanoactivated water; T 1<br />
and T im<br />
are, accordingly, a water temperature<br />
before the mechanoactivation and the meltingpoint<br />
<strong>of</strong> ice; µ = 18,015 is a molar mass <strong>of</strong> the<br />
liquid water.<br />
Ideally, in the event <strong>of</strong> a complete<br />
mechanoactivation, where k 1<br />
= k 2<br />
= 1, the<br />
expression (4) becomes simpler:<br />
Q exc<br />
= km ( T 1<br />
– T im<br />
),<br />
3. Efficiency<br />
where k is a constant, k<br />
2,1 x 10 3 J/K kg.<br />
A quantity <strong>of</strong> heat produced during the water<br />
mechanoactivation in a generator depends on<br />
a heat <strong>of</strong> the phase change and a power<br />
dissipated in the water during the activation:<br />
Q = Q exc<br />
+ ∆Q, (3)<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
In dependence on the initial temperature, a<br />
water temperature at the outlet <strong>of</strong> the heater<br />
must be the following, under the ideal<br />
conditions:<br />
T 2<br />
= T 1<br />
+ Q exc<br />
/ m C B<br />
.<br />
35
As it follows from the last expression, in the<br />
event that C B<br />
= C B1<br />
, in order to obtain boiling<br />
water at the outlet <strong>of</strong> the heater, it is necessary<br />
to get the initial temperature <strong>of</strong> the water<br />
subjected to the mechanoactivation <strong>of</strong> about<br />
T 1<br />
= 66.5C. This coincides with the results<br />
given in [3], [4], [5].<br />
Thus, the described heat effects allow obtaining<br />
a rather considerable additional heat generation<br />
Q exc<br />
in the generator’s work chamber.<br />
However, the very fact <strong>of</strong> presence <strong>of</strong> additional<br />
heat Q exc<br />
does not mean that it can be used for a<br />
considerable increase <strong>of</strong> the generator’s heat<br />
productivity.<br />
In order to make sure <strong>of</strong> this, let us consider<br />
two contours <strong>of</strong> hydro-dynamic generators’<br />
operation: the first contour is with a closed<br />
circuit <strong>of</strong> the actuating body’s circulation and<br />
the second one is with an open circuit.<br />
In the first contour, heat generation Q exc<br />
during<br />
the water change from the stable lowtemperature<br />
state to the metastable hightemperature<br />
one happens without a change <strong>of</strong><br />
total energy content <strong>of</strong> a system<br />
“heatgenerator – circuit”. During this, a heat,<br />
which was temporarily produced in the contour<br />
by the water in the phase change, will be<br />
absorbed again within the limits <strong>of</strong> the same<br />
contour by the water, which spontaneously<br />
returns in its initial low-temperature state after<br />
the relaxation time has passed.<br />
It is obvious that, in this case, the heat, which<br />
was first produced and then absorbed, is a kind<br />
<strong>of</strong> virtual heat and cannot change the<br />
generator’s productivity in such a way that its<br />
efficiency exceeds one.<br />
The operation <strong>of</strong> the heatgenerator with the<br />
closed contour is explained on Fig. 5.<br />
The countour <strong>of</strong> the actuating body <strong>of</strong><br />
heatgenerator 1 circulation consists <strong>of</strong> force<br />
electric pump 2 and heat exchanger 3 connected<br />
by hydro-pipes.<br />
Using the pump, a water with temperature T 1<br />
is led to the inlet <strong>of</strong> the heatgenerator, heated<br />
there up to temperature T 2<br />
, and led to the heat<br />
exchanger where it is cooled up to temperature<br />
T 1<br />
, and then it is led to the inlet <strong>of</strong> the<br />
heatgenerator again through the pump.<br />
A heating efficiency <strong>of</strong> the generator during<br />
time τ, as a rule, is determined by temperature<br />
drop ∆Т = Т 2<br />
– Т 1<br />
in the heat exchanger and<br />
water consumption G in the contour:<br />
Q = k ∆Т G τ (5),<br />
where k is an aspect ratio.<br />
The efficiency <strong>of</strong> the heatgenerator’s operation,<br />
excluding heat diffusion in the hydro-pipes and<br />
elements 1 and 2 <strong>of</strong> the contour, is evaluated by<br />
ratio<br />
η = Q / U, (6)<br />
where U is an electric energy consumed by the<br />
pump during time τ.<br />
However, evaluation (6) can be reliable just<br />
in the event when all heat Q produced by the<br />
generator is led to the environment, for<br />
example, to the consumer.<br />
Actually, as it follows from (3), heat Q is a sum<br />
<strong>of</strong> two components: the first, Q exc<br />
, is caused by<br />
the exothermic water change while the second,<br />
finally, is obtained by electric energy<br />
transformation U into heat ∆Q, which is<br />
equivalent to it. Durng continuous heat<br />
production <strong>of</strong> the generator, the consumer can<br />
obtain only a part <strong>of</strong> the heat, which is obtained<br />
via heat excange, i.e. it is possible to get heat<br />
∆Q, and always ∆Q U.<br />
Another part <strong>of</strong> heat Q, heat Q exc<br />
, is caused by a<br />
temporary heat production because, on the<br />
expiry <strong>of</strong> relaxation time τ r<br />
, this part <strong>of</strong> the heat<br />
is absorbed by the water again and is unavailable<br />
for the consumer.<br />
Hence, temperature drop ∆T in the heat<br />
exchanger cannot be used as a representative<br />
informative parameter for the evaluation <strong>of</strong><br />
the heatgenerator’s efficiency according to<br />
the diagram on Fig. 5.<br />
The mentioned drop is caused by two reasons: first,<br />
by the water cooling during the heat emission and,<br />
36 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 5<br />
second, by the water cooling during the heat<br />
absorption. Among them, it is only the first reason,<br />
which characterizes the generator’s heating<br />
efficiency and can be used for the evaluation <strong>of</strong> its<br />
efficiency.<br />
Thus, a procedure <strong>of</strong> the heating efficiency<br />
evaluation based on parameter ∆Τ is incorrect and<br />
the efficiency value is conservative.<br />
In order to carry on a reliable evaluation, another<br />
measurement procedure can be recommended,<br />
which allows to control only the part <strong>of</strong> the<br />
generated heat, which is available for the<br />
consumer. Such an approach can be implemented,<br />
for example, using a calorimeter consisting <strong>of</strong><br />
reservoir 4 with a reference liquid, where heat<br />
exchanger 3 is located (on Fig. 5, the reservoir is<br />
shown by a dotted line).<br />
It is known that temperatute T <strong>of</strong> the reference<br />
liquid in the reservoir will change during time τ, it<br />
is possible to determine quintity <strong>of</strong> heat ∆Q given<br />
by the heat exchanger <strong>of</strong> the reference liquid<br />
during this time and to evaluate reliably the<br />
generator’s efficiency using ratio<br />
η 1<br />
= ∆Q / U, (7)<br />
where always η 1<br />
1 because, as it was mentioned<br />
earlier, ∆Q U.<br />
According to (7), we come to a conclusion that<br />
the efficiency <strong>of</strong> the gydro-dynamic<br />
heatgenerator with the closed contour cannot<br />
exceed one.<br />
Analysing the premises, it is naturally to suggest<br />
that an overvaluation <strong>of</strong> the heatgenerators’<br />
efficiency can be caused by a superficial<br />
convincingness <strong>of</strong> calorimetric operations made<br />
according to expressions (5) and (6).<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Credibility <strong>of</strong> these operations can mislead even<br />
a rather objective researcher.<br />
Possibly due to this, efficiency values obtained by<br />
authors [3], [4], [5], [6], [7] are quite reliable and<br />
experimentally grounded, on their opinion.<br />
VLH with the closed contour can be used not due<br />
to their efficiency but due to their technical<br />
properties, which alternative heatgenerators do<br />
not have.<br />
Use <strong>of</strong> VLH as simplest transformers <strong>of</strong> work<br />
into heat with natural sources <strong>of</strong> mechanical<br />
energy (wind, falling water etc.) can become<br />
rather perspective. In this type <strong>of</strong> VLH, it can be<br />
possible to obtain hot, including boiling, water<br />
at the outlet <strong>of</strong> a pump with a wind drive and an<br />
activator.<br />
It is possible to provide the design with an open<br />
contour for an operation mode, during which a<br />
part <strong>of</strong> heat Q exc<br />
will be permanently extracted<br />
from a running water experiencing a direct phase<br />
change within the limits <strong>of</strong> the contour and<br />
relaxing right after running beyond its bounds.<br />
The excessive heat is extracted from the<br />
environment; there are no limits concerning the<br />
efficiency <strong>of</strong> VLH.<br />
The described operation mode <strong>of</strong> the generator<br />
with the open contour was practically realized<br />
during operation <strong>of</strong> an active rotary VLH with<br />
an activator <strong>of</strong> the rotor type with a turbine drive.<br />
It was based on the so called “Tantsuyuschaya<br />
zvezda”, patent <strong>of</strong> the Russian Federation<br />
#2175272 (see Fig. 6).<br />
“TZ” has a hexagonal-cycloidal generator<br />
invented by me as early as in 1994. It generates 6<br />
parallel vortex flows, which form together a<br />
“tornado” structure. A back surface <strong>of</strong> the rotor<br />
37
(which has three reach-through holes) periodically<br />
overlays three vortex chambers during rotation<br />
in contact with a front side <strong>of</strong> the stator. This<br />
process is automatically associated with cooling<br />
effects observed in a "sandwich” <strong>of</strong> the cylindrical<br />
field <strong>of</strong> Serl’s machine.<br />
A speed <strong>of</strong> the overlay is high enough to provide<br />
for a hydraulic shock. Waves <strong>of</strong> the hydraulic<br />
shock reflected from the rotor’s plane are<br />
overflown to axled zones <strong>of</strong> the three other<br />
chambers, which are opened at this moment. Due<br />
to this, water flows out from the opened chambers<br />
with an increased kinetic energy. The process is<br />
like an operation <strong>of</strong> a sextuple aerogun (though<br />
only one barrel <strong>of</strong> the gun shoots at a time while<br />
three <strong>of</strong> them operate at a time in “TZ”). A<br />
combination <strong>of</strong> high speed <strong>of</strong> streams and their<br />
cyclical manifestation (pulsation) increases an<br />
efficacy <strong>of</strong> the mechanoactivation and an<br />
efficiency <strong>of</strong> the operation as a whole.<br />
An inlet <strong>of</strong> the work chamber <strong>of</strong> “TZ” was<br />
attached to a water pipe and an otlet <strong>of</strong> its heat<br />
exhanger was attached to a reservoirprecipitation<br />
tank. During tests <strong>of</strong> this heater, a<br />
portion <strong>of</strong> a tap water with temperature about<br />
T 1<br />
20C was led to its work chamber and heated<br />
up to temperature T 2<br />
55C, after that the water<br />
was led to the heat exchanger, where it gave a<br />
part <strong>of</strong> its heat to a calorimeter during time about<br />
τ 1.5 minutes and cooled itself up to temperature<br />
about T 25C, and then it was led to the heatinsulated<br />
reservoir-precipitation tank.<br />
In about τ 10 minutes after the discharge,<br />
the water in the reservoir-precipitation tank<br />
was spontaneously cooled to temperature T<br />
= (12 – 15) C.<br />
An efficiency <strong>of</strong> this VLH is considerably more<br />
than one. It was calculated as a ratio <strong>of</strong> the<br />
measured quantity <strong>of</strong> heat, which was<br />
transferred by the heat exchanger to the<br />
calorimeter during the preset time, to the<br />
measured energy consumed by the electric<br />
pump during the same time.<br />
Such a result can be explained by the fact that, in<br />
order to produce electric energy, not only the<br />
external electric energy but also the external heat<br />
were used. The external heat was extracted from<br />
the tap water during its cooling from initial<br />
temperature T 1<br />
20C to a temperature, which,<br />
finally, was T = (12 – 15)C.<br />
VLH can operate with the efficiency <strong>of</strong> more than<br />
one, however, this is provided by not only a<br />
generator but also a method <strong>of</strong> heat extraction<br />
from an external low-temperature source.<br />
“Cold fusion” has absolutely nothing to do with<br />
it. It is advisable to remember a logical principle<br />
formulated as early as in the 12th century:<br />
substances must not multiply needlessly!<br />
REFERENCES<br />
1. G.L. Griggs. Patent <strong>of</strong> the USA # 5188090, 1993.<br />
2. Yu.S. Potapov. A heatgenerator and a heating device.<br />
Patent <strong>of</strong> the Russian Federation RU #2045715, 1995.<br />
3. L.P. Fominsky. How Potapov’s vortex heatgen erator<br />
works. RANS, Cherkassy, “OKO-Plus”, 2001.<br />
4. Yu.S. Potapov, L.P. Fominsky. Progress <strong>of</strong> heat energy.<br />
Collection “Fundamental problems <strong>of</strong> natural science and<br />
technology”. Vol. 1, SPb, 2002.<br />
5. Yu.S. Potapov and others. A method <strong>of</strong> heat production.<br />
Patent <strong>of</strong> the Russian Federation RU #2165054, 2000.<br />
6. L.G. Sapogin, Yu.S. Potapov nad others. A liquid<br />
heating device. Patent <strong>of</strong> the Russian Federation RU<br />
#2162571, 2000.<br />
7. G. Ranque. Patent <strong>of</strong> the USA # 1952281, 1934.<br />
8. V.A. Gorlov. Gorlov’s hetagenerator. Patent application<br />
<strong>of</strong> the Ruusian Federation #200110 5711/06, 2001.<br />
9. L.N. Britvin. A heatgenerator <strong>of</strong> the cavitation type.<br />
Patent <strong>of</strong> the Russian Federation according to application<br />
#99110396/06, 2001.<br />
10. L.N. Britvin, V.M. Parshikov. A hydro-dynamic<br />
cavitation heatgenerator. Patent <strong>of</strong> the Russian<br />
Federation according to application #99110779/06, 2001.<br />
11. I.B. Bystrov and others. A hydraulic heatgenerator.<br />
Patent <strong>of</strong> the Russian Federation according to application<br />
#2000129736/06, 2002.<br />
12. R.I. Mustafiev. A heatgenerator and a device for water<br />
heating. Patent <strong>of</strong> the Russian Federation RU # 2132517,<br />
1999.<br />
13. N.E. Kurnosov. A heatgenerator device. Patent <strong>of</strong> the<br />
Russian Federation RU #2190162, 2001.<br />
14. Yu.S. Potapov, L.P. Fominsky. Vortex energy. Kishinev<br />
– Cherkassy. 2000.<br />
15. V.M. Eskov-Soskovets. A device for liquid heating.<br />
Patent <strong>of</strong> the Russian Federation RU #2171435, 2000.<br />
16. V.A. Kudashkina and others. A vortex heater. Patent<br />
<strong>of</strong> the Russian Federation RU #2129689, 1999.<br />
17. V.S. Podoprigorov and others. A heatgenerator and a<br />
device for liquid heating. Patent application <strong>of</strong> the Russian<br />
Federation RU #96124293106, 1996.<br />
18. N. E. Kurnosov. A thermogenerator. Patent <strong>of</strong> the<br />
Russian Federation RU #2177591, 2000.<br />
19. .G. Flynn. Devices for liquid heating. Patent <strong>of</strong> the<br />
USA #4333796, 1982.<br />
20. R.K. Churkin, D.R. Churkin. A vortex heating system.<br />
Patent <strong>of</strong> the Russian Federation RU #2089795, 1997.<br />
21. B.V. Yelin, V.V. Terekhin. A device for liquid heating<br />
38 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
and a heatgenerator. Patent <strong>of</strong> the Russian Federation<br />
RU #2135903, 1999.<br />
22. N.P. Lunin and others. A heatgenerator. Patent <strong>of</strong><br />
the Russian Federation according to application<br />
#98105105/06, 1999.<br />
23. N.V. Yurkov. A heatgenerator and its part used<br />
independently. Patent <strong>of</strong> the Russian Federation<br />
according to application #2001107321/06, 2001.<br />
24. A.I. Koldamasov. Plasma equipment in a cavitating<br />
dielectric liquid. 1991.<br />
25. H. Khasanov. Thermoeffect in fluid media. Collection<br />
“Structural and dynamical processes in disordered<br />
media”. Samarkand, 1992.<br />
26. L.I. Pischenko, Yu. A. Merenkov. A cavitation<br />
heatgenerator. Patent <strong>of</strong> the Russian Federation RU<br />
#2131094, 1999.<br />
27. S.N. Chuvashev and others. A method <strong>of</strong> heat<br />
generation in liquid and a device for its implementation.<br />
Patent <strong>of</strong> the Russian Federation RU #2177121, 1999.<br />
28. I.S. Medvedev and others. A hydro-dynamic<br />
cavitation device. Patent <strong>of</strong> the Russian Federation<br />
according to application #98114517/06, 2000.<br />
29. I.B. Britvin and others. A cavitator <strong>of</strong> the hydrodynamic<br />
type. Patent <strong>of</strong> the Russian Federation<br />
according to application #99113709/06, 2003.<br />
30. L.V. Larionov and others. A cavitator for heat<br />
production in liquid. Patent <strong>of</strong> the Russian Federation<br />
according to application # 97118384/06, 1999.<br />
31. S.V. Tsivinsky. An autonomous heating system for<br />
buildings. Patent <strong>of</strong> the Russian Federation RU #<br />
2162990, 2001.<br />
32. I.B. Britvin and others. A cavitation energy<br />
transformer. Patent <strong>of</strong> the Russian Federation according<br />
to application # 2001104604/06, 2003.<br />
33. I.B. Britvin. A heatgenerator <strong>of</strong> the cavitation-vortex<br />
type. Patent <strong>of</strong> the Russian Federation according to<br />
application # 99110397/06, 2001.<br />
34. I.B. Britvin and others. A drive cavitation<br />
heatgenerator. Patent <strong>of</strong> the Russian Federation<br />
according to application # 99110538/06, 2003.<br />
35. A.D. Pertakov. A resonance pump-generator. Patent<br />
<strong>of</strong> the Russian Federation RU # 2142604, 1999.<br />
36. N.I. Selivanov, S.V. Ageev. A method <strong>of</strong> liquid heating<br />
and a device for its implementation. Patent <strong>of</strong> the Russian<br />
Federation according to application # 96104366/06, 1998.<br />
37. S.S. Kochkin and others. A cavitation vortex<br />
heatgenerator. Patent <strong>of</strong> the Russian Federation<br />
according to application # 2002119773/06, 2003.<br />
38. A.D. Pertakov and others. A rotary pumpheatgenerator.<br />
Patent <strong>of</strong> the Russian Federation RU #<br />
2159901, 2000.<br />
39. A.D. Pertakov, G.P. Maspanov. A pumpheatgenerator.<br />
Patent <strong>of</strong> the Russian Federation RU #<br />
2160417, 2000.<br />
40. A.F. Kladov. A method <strong>of</strong> energy generation. Patent<br />
<strong>of</strong> the Russian Federation RU # 2054604, 1996.<br />
41. N.P. Lunin. A method <strong>of</strong> liquid heating. Patent <strong>of</strong> the<br />
Russian Federation RU # 2125215, 1998.<br />
42. A.L. Dushkin and others. A method <strong>of</strong> heat<br />
production in liquid. Patent <strong>of</strong> the Russian Federation<br />
according to application # 95110302/06, 1996.<br />
43. L.N. Britvin. A method <strong>of</strong> the operation process’<br />
intensification in vortex cavitation devices. Patent <strong>of</strong> the<br />
Russian Federation according to application # 99110398/<br />
06, 2001.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
44. V.N. Kirilenko, S.O. Brulev. A method <strong>of</strong> hydrodynamic<br />
liquid heating. Patent <strong>of</strong> the Russian Federation<br />
RU # 2156412, 2000.<br />
45. S.A. Lebedeva. A method <strong>of</strong> liquid heating by<br />
ultrasound. Patent <strong>of</strong> the Russian Federation according<br />
to application # 97106275/06, 1999.<br />
46. V.M. Eskov-Soskovets. A method <strong>of</strong> liquid heating.<br />
Patent <strong>of</strong> the Russian Federation according to application<br />
# 97111474/06, 1999.<br />
47. P.V. Efremkin and others. A method <strong>of</strong> heat generation<br />
in liquid. Patent <strong>of</strong> the Russian Federation according to<br />
application # 99111474/06, 1999.<br />
48. A.Yu. Baurov and others. A method <strong>of</strong> energy<br />
generation in liquid. Patent <strong>of</strong> the Russian Federation<br />
according to application # 2001121071/06, 2003.<br />
49. P.D. Prussov. Kochetkov’s effect. Collection<br />
“Fundamental problems <strong>of</strong> natural science and<br />
technology”. Part III, SPb, 2003.<br />
50. G.I. Shipov. Theory <strong>of</strong> physical vacuum. M. 1993.<br />
51. L.G. Sapogin and others. Some aspects <strong>of</strong> alternative<br />
energy’s evolution from the position <strong>of</strong> unitary quantum<br />
theory. Collection “Works <strong>of</strong> Institute <strong>of</strong> Engineering<br />
Science <strong>of</strong> RAS”, M., 1999.<br />
52. Yu.N. Bazhutov and others. Registration <strong>of</strong> tritium,<br />
neutrons and radiocarbon during operation <strong>of</strong> hydrounit<br />
“Yusmar”. Works <strong>of</strong> the III Russian conference on<br />
cold fusion and nuclei’s transmutation. M., “Ersion”.<br />
1996.<br />
53. E.F. Furmakov. Dielectric effects in drops, films and<br />
threads <strong>of</strong> fluids. Works <strong>of</strong> the industry, issue 2, M., 1988.<br />
54. E.F. Furmakov. Abnormal properties <strong>of</strong> thin films and<br />
drops <strong>of</strong> polar fluids. Works <strong>of</strong> the industry, issue 1, M.,<br />
1990.<br />
55. E.F. Furmakov. A dimensional electrical effect in thin<br />
films <strong>of</strong> polar fluids. Collection “Structural and<br />
dynamical processes in unordered media”, part 1,<br />
Samarkand, 1992.<br />
56. G.N. Zatsepina. Properties and structure <strong>of</strong> water.<br />
M., 1974.<br />
57. A.I. Rusanov, V.A. Prokhorov. Interphase tensiometry.<br />
SPb, “Khimiya”. 1994.<br />
58. E.F. Furmakov. Heat generation during phase<br />
balance’s change in a water stream. Collection<br />
“Fundamental problems <strong>of</strong> natural science”, vol. 1, RAS,<br />
SPb, 1999.<br />
59. M.A. Margulis. Sonoluminescence. Progress <strong>of</strong><br />
physical sciences. V. 170, #3, 2003.<br />
60. M.A. Margulis. A new experimental evidence <strong>of</strong><br />
electrical nature <strong>of</strong> multivesicular sonoluminescence. A<br />
journal <strong>of</strong> physical chemistry. V. 75, # 10, 2001.<br />
61. Physical encyclopaedia. M. 1995, p. 200.<br />
62. E.F. Furmakov, N.N. Golubev. Thermo-electric effects<br />
during polymorphic transformation <strong>of</strong> solids. Works <strong>of</strong><br />
the industry, issue 42, M. 1968.<br />
63. F.D. Ovcharenko. Research on mechanism <strong>of</strong> water<br />
interaction with a solids’ surface. M. 1978.<br />
64. M.P. Vukalovitch and others. Technical<br />
thermodynamics. “Energiya”, M. 1961.<br />
65. A.N. Alabovsky and others. Technical<br />
thermodynamics and heat transfer. Kiev, 1990.<br />
66. L.L. Vasiliev. Economical and social prospects <strong>of</strong> heat<br />
pumps’ use. Collection “Works <strong>of</strong> the international<br />
congress “Demografic problems <strong>of</strong> Belarus”. Minsk, 1999.<br />
67. Stibel Eltron <strong>of</strong>fers an alternative. Promotional<br />
material <strong>of</strong> the company. 2003.<br />
39
The discoveries <strong>of</strong> John Keely: the XIX century<br />
and the present time<br />
Review by E. Artemyeva.<br />
You can know more about John Keely on sites:<br />
www.keelynet.com, http://www.lhup.edu, http://donhuan.da.ru<br />
Brief biography <strong>of</strong> John Keely<br />
John Worrell Keely (1837-1898) <strong>of</strong><br />
Philadelphia was a carpenter and mechanic who<br />
announced in 1872 that he had discovered a new<br />
principle for power production. Keely<br />
persuaded a dozen engineers and capitalists to<br />
invest in the idea, forming the Keely Motor<br />
Company in <strong>New</strong> York in 1872. Soon he had<br />
capital <strong>of</strong> one million dollars, primarily from<br />
wealthy <strong>New</strong> York and Philadelphia<br />
businessmen. He used the money to buy<br />
materials necessary for building a motor based<br />
on his theories.<br />
Soon he had constructed an aetheric generator,<br />
which he demonstrated to amazed audiences in<br />
1874 in Philadelphia. Keely blew into a nozzle<br />
for half a minute, then poured five gallons <strong>of</strong><br />
tap water into the same nozzle. After some fine<br />
adjustments the pressure gage indicated<br />
pressures <strong>of</strong> 10,000 pounds per square inch.<br />
This, said Keely, was evidence that the water<br />
had been disintegrated and a mysterious vapor<br />
had been liberated in the generator, capable <strong>of</strong><br />
powering machinery.<br />
Keely lived in high style, as befitted the head <strong>of</strong><br />
any large company. To his credit, he plowed<br />
most <strong>of</strong> the invested money into research<br />
equipment. He did most <strong>of</strong> the experimentation<br />
himself, constructing his own apparatus. He<br />
was not willing to entrust his secret to those<br />
who could not or would not understand—<br />
especially physicists and engineers.<br />
The work went slowly. To keep up the spirits <strong>of</strong><br />
stockholders Keely staged public<br />
demonstrations. These were masterpieces <strong>of</strong><br />
showmanship.<br />
Biographers have described Keely as a<br />
"mechanical experimenter", "inventor and<br />
imposter", "pr<strong>of</strong>essor <strong>of</strong> perfidy", "swindler",<br />
Figure 1. John Worrell Keely photographed in his<br />
laboratory in 1889. The Bettmann Archive.<br />
and "scandalous scamp". Keely's lack <strong>of</strong> formal<br />
scientific education didn't bother his<br />
supporters, and didn't deter Keely himself from<br />
grandly proclaiming his theories as "scientific".<br />
Some disillusioned stockholders withdrew their<br />
support as Keely's experiments suffered<br />
repeated delays. Keely declared he'd already<br />
proven his theory and it could be implemented<br />
for useful purposes, and he made vast claims<br />
for the economic benefits <strong>of</strong> aetheric energy<br />
over coal and other energy sources. But he<br />
resisted investor's demands that he produce<br />
some marketable product. Stockholders were<br />
not happy with Keely's insistence that more<br />
experimentation was needed to "perfect" the<br />
machines. Fortunately, when nearing<br />
bankruptcy, Keely acquired a wealthy backer,<br />
Mrs. Clara S. J. Bloomfield-Moore, the widow<br />
<strong>of</strong> a Philadelphia paper manufacturer.<br />
She advanced him over $100,000 for expenses<br />
and promised him a salary <strong>of</strong> $2,500 per month.<br />
She became active in promoting Keely in<br />
journals and books and in seeking scientists who<br />
40 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
might validate his claims. She suggested that<br />
he share his secret with Edison or Tesla to<br />
hasten its development, but Keely refused.<br />
Keely continued this research for fourteen<br />
years, occasionally staging demonstrations to<br />
placate impatient stockholders.<br />
After Keely died on Nov. 18, 1898, suspicious<br />
skeptics and newspaper reporters did a careful<br />
examination <strong>of</strong> his laboratory. Some <strong>of</strong> Keely's<br />
machinery had already been removed by<br />
"believers" who hoped they could make it work.<br />
Some <strong>of</strong> the apparatus ended up in England. No<br />
one could make it function as it had in Keely's<br />
laboratory.<br />
Keely had kept his company going for 26 years<br />
without ever putting a product on the market,<br />
paying a dividend or revealing his secrets. That's<br />
his one undisputed accomplishment. He never<br />
divulged his secrets with anyone, so far as we<br />
know. One close friend reported that he had<br />
once asked Keely "John, what do you want for<br />
an epitaph" His answer: "Keely, the greatest<br />
humbug <strong>of</strong> the nineteenth century."<br />
John Keely’s perpetual motion machine<br />
More than 100 years ago John Keely<br />
discovered a practical opportunity to obtain and<br />
use aether energy. He researched this energy<br />
for a quarter <strong>of</strong> a century and built about two<br />
thousand prototype devices and mechanisms,<br />
which used the energy in their operation.<br />
According to John Keely’s opinion, it was a use<br />
<strong>of</strong> aether energy that could realize the<br />
centuries-old dream <strong>of</strong> mankind to create a so<br />
called “perpetual motion machine”. He managed<br />
to prove that aether energy was real and<br />
confirm his discovery by working factory shops<br />
with his mechanical motors using aether energy.<br />
According to Keely’s data, energy contained in<br />
a pail <strong>of</strong> water is sufficient to get our earth<br />
moving out <strong>of</strong> its orbit. Nicola Tesla, Tomas<br />
Edison, and Jules Verne were among witnesses<br />
<strong>of</strong> his numerous experiments.<br />
In 1873, he informed the scientific community<br />
about discovery <strong>of</strong> a fundamentally new kind<br />
<strong>of</strong> energy. For several decades, Keely had been<br />
working with aether energy and used secret<br />
devices in order to use a source <strong>of</strong> the unlimited<br />
eternal energy <strong>of</strong> the environment for different<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
purposes. The mechanical devices, motors<br />
rotated, produced work using no visible<br />
external energy sources. It was Keely’s opinion<br />
that everything in Nature oscillates, vibrates.<br />
The nature <strong>of</strong> forces is vibratory. Organized<br />
vibrations are music. A harmonious interchange<br />
<strong>of</strong> vibrations is sympathy. A science about the<br />
nature <strong>of</strong> such effects is Sympathetic Vibratory<br />
Physics created by Keely.<br />
How many people know now that, since the<br />
middle <strong>of</strong> the XIX century, alongside with<br />
traditional technologies and devices, various<br />
(from mechanical to electrical) working and<br />
patented so called “self-sustaining devices”<br />
existed Self-sustaining devices were the<br />
devices which, when started, produced energy<br />
sufficient for passing <strong>of</strong> the technological<br />
process and maintenance <strong>of</strong> the device’s<br />
operation, i.e. the devices needing no additional<br />
external energy (fuel) supply (Free <strong>Energy</strong>,<br />
Zero Point <strong>Energy</strong> etc.). A power supplied for<br />
starting the device could be much less than a<br />
power produced during the device’s operation<br />
(<strong>of</strong> the device having efficiency >1). This was<br />
evidence <strong>of</strong> interchange processes with the<br />
subtle environment (aether, physical vacuum),<br />
which is always a real participant <strong>of</strong> the process.<br />
These inventions were based on those<br />
interchange processes: John Keely called them<br />
Sympathetic Vibration while Nicola Tesla,<br />
Tomas Morey, and Bruce de Palma called them<br />
Radiant <strong>Energy</strong>. William Reich, whose books<br />
were burned, as if in the Middle Ages, began<br />
working on climatic weapon and psychic energy<br />
(Phoenix project).<br />
Thus, it turned out to be that, for more than<br />
100 years, mankind has known but cannot apply<br />
the technologies based on the use <strong>of</strong> Free<br />
<strong>Energy</strong>, i.e. needing no production and<br />
transportation <strong>of</strong> fuel, using the subtle<br />
environmental material’s energy – the energy<br />
<strong>of</strong> aether, physical vacuum.<br />
Vibration laws<br />
John Keely thought that any real formation (a<br />
“molecular unit”), no matter how small it is, is<br />
in a state <strong>of</strong> continuous internal vibrations and<br />
excites something like sound vibrations in the<br />
environment. Moreover, each formation can<br />
react to the vibrations coming from without.<br />
41
It can be done in a variety <strong>of</strong> ways depending<br />
on whether this external vibration is<br />
accordant to its own tone or no. If vibrations<br />
<strong>of</strong> two bodies are acordant, the bodies are<br />
attracted; if there is a dissonance in their<br />
sound, they avoid each other. All physical<br />
forces appear due to a certain concordance<br />
(or a disagreement) <strong>of</strong> wave characteristics<br />
<strong>of</strong> vibration fields, which unite all existing<br />
matter. Vibrations play a role <strong>of</strong> an allorganizing<br />
and all-controlling source. And<br />
this source is not energy. Vibrations carry not<br />
energy but only an incentive to its absorption<br />
or production, i.e. its transformation from<br />
latent forms into evident ones. The energy is<br />
everywhere in the environment, which<br />
surrounds us and penetrates into us in an<br />
unbounded quantity. Eternal motion occurs<br />
everywhere and always. <strong>Energy</strong> reserves are<br />
unlimited in nature. We do not produce this<br />
energy and do not use it but, knowing the laws,<br />
we can transform it into useful forms. In order<br />
to do this, it is only necessary to co-ordinate<br />
operation <strong>of</strong> separate “molecular units”. It<br />
can be achieved by obtaining their<br />
consonance.<br />
Imagine that a metal support stands on a<br />
table, in front <strong>of</strong> you, and supports a hollow<br />
copper ball-sphere with a diameter <strong>of</strong> about<br />
30 cm. Numerous metal rods <strong>of</strong> different<br />
lengths and thicknesses are around the<br />
support’s base. They vibrate like tuning forks<br />
being touched by fingers. Plates and<br />
resonance tubes are placed inside the sphere.<br />
Their inter-location can be changed by<br />
handles. All this construction is called a<br />
“sympathetic transmitter”.<br />
Next to it, a cylindrical glass vessel with a<br />
diameter <strong>of</strong> 25 cm and a height <strong>of</strong> 120 cm is<br />
placed. It is filled with water. The vessel’s<br />
head, which is also metal, is connected with<br />
the sphere by thick wire from gold, silver or<br />
platinum. Three metal spheres lie on the<br />
vessel’s bottom, each <strong>of</strong> them with weight <strong>of</strong><br />
about 1 kg. As the experimenter explains,<br />
each <strong>of</strong> the spheres, as well as any other<br />
material body, has its own internal melody.<br />
The inventor comes to the sympathetic<br />
transmitter and begins to make the tuning<br />
forks vibrate, the handles turn. Suddenly, a<br />
trumpet sounds briefly and the sphere on the<br />
vessel’s bottom begins to swing, then it slowly<br />
comes <strong>of</strong>f from the bottom and goes up<br />
through water column. It hits the head,<br />
bounces <strong>of</strong>f, goes up again and, finally, settles<br />
down pressing itself to the head tightly.<br />
The trumpet sounds again, and the second<br />
metal sphere reacts to it and comes to the<br />
surface. Then the third does the same. Music<br />
subsides but the spheres still float. Actually,<br />
they still slightly come down sometimes,<br />
possibly, under the influence <strong>of</strong> accessory<br />
chords.<br />
This astonishing experiment and many others<br />
took place in John Keely’s labortory in<br />
Philadelphia more than 100 years ago. The<br />
scientist said that sound is “a violation <strong>of</strong><br />
atomic balance destroying the existing<br />
atomic particles and a substance, which is<br />
released during this process, must<br />
undoubtedly be an aether current <strong>of</strong> some<br />
order”. It is possible to say that Nature is<br />
based on vibrations <strong>of</strong> different frequencies,<br />
which create various combinations. The<br />
“accordant” harmonious combinations cause<br />
attraction and have a creative nature while<br />
disharmonious ones cause repulsion,<br />
destroy.<br />
An example <strong>of</strong> the orginized vibrations are<br />
music. When two strings <strong>of</strong> an instrument are<br />
attuned in a harmonic combination (for<br />
example, according to a third, fifth or<br />
octave), motion <strong>of</strong> one <strong>of</strong> them causes a<br />
respond in another. Since ancient times,<br />
another music was known, Kepler’s “music <strong>of</strong><br />
the spheres” created by the Sun, the Moon<br />
and planets. Today we can listen to this music<br />
in a computer arrangement.<br />
Keely brought his Sympathetic Vibratory<br />
Physics to fourty laws, in which, particularly,<br />
the unity <strong>of</strong> force and matter and also<br />
fundamental infinity <strong>of</strong> matter’s divisibility<br />
are postulated. Keely considers force as a<br />
released matter and matter as a constrained<br />
force. This was brilliantly confirmed in the<br />
XX century in the form <strong>of</strong> famous formula<br />
E=mc 2 . An idea <strong>of</strong> neutral center is<br />
considered by Keely as one <strong>of</strong> the most<br />
important physical and metaphysical<br />
42 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
negative label used in a work on spreading the<br />
necessary scientific and technical policy and<br />
containment <strong>of</strong> technical data. That is why<br />
attempts to rehabilitate the idea “perpetual<br />
motion machine” give only the opposite,<br />
negative result instead <strong>of</strong> contributing to<br />
advanced scientific knowledge and<br />
technologies.<br />
Keely’s experiments were described by his<br />
contemporary Richard Harte in his article<br />
“Stone Decomposition”, in 1888, this way.<br />
Fig. 2. A replica <strong>of</strong> Keely’s device<br />
categories. Every manifested body in the<br />
Universe – from an atom to a star system –<br />
has a neutral center as a base, an inviolable<br />
focal. Everything that we consider as matter<br />
is built around it and matter is its objective<br />
manifestation. It induces all objects to<br />
continuous motion and provides them with life<br />
impulse from the neutral center <strong>of</strong> the higher<br />
hierarchy level. This property <strong>of</strong> the neutral<br />
center allows designing a “perpetual motion<br />
machine”. This was demonstrated during<br />
Keely’s experiments. A small initial impulse was<br />
sufficient to induce a motor to work.<br />
According to Keely, the most important<br />
vibration characteristic is frequency because,<br />
in dependence on frequencies’ combination,<br />
vibrations can interact. Force, or energy, is<br />
manifested in three forms: as a generating,<br />
active force; as a perceiving, reacting force; and<br />
as a transmitting, transferring interactions one.<br />
Concordant vibrations form harmonic<br />
frequencies; due to this, subatomic particles are<br />
attracted to each other. Dissonance vibrations<br />
cause disconnection <strong>of</strong> the particles. Keely’s<br />
laws connect electricity, magnetics and gravity<br />
since they are caused by vibrations and, therefore,<br />
are only special cases <strong>of</strong> the common law.<br />
The expression “perpetual motion machine” in<br />
its contemporary meaning obtained a sense <strong>of</strong><br />
a jeer <strong>of</strong> a coryphaeus aimed at an ignoramus,<br />
who does not know the basis <strong>of</strong> physics and<br />
dreams <strong>of</strong> abundant energy from nothing. The<br />
expression “perpetual motion machine” is a sad<br />
example <strong>of</strong> a creation <strong>of</strong> an effective, ingrained<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Recently, the American mineral resource<br />
industry was inexplicably agitated... It has been<br />
known that a syndicate <strong>of</strong> far-sighted and<br />
richest mining magnates had secretly bought<br />
in the cheapest and useless gold-mines. ...A<br />
question appears: why do the experienced<br />
businessmen purchase the useless mines This<br />
strange event can be explained as the following.<br />
Some weeks before the described events, twelve<br />
respectable men met, after making an<br />
appointment, in a laboratory in Philadelphia in<br />
order to see a demonstration <strong>of</strong> a new method<br />
<strong>of</strong> quartz decomposition. These people were<br />
extremely interested in a quick and cheap<br />
method <strong>of</strong> gold production from quartz. And<br />
an inventor rendered them this service slightly<br />
touching pieces <strong>of</strong> quartz by a small device,<br />
which was in his hands. The moment he touched<br />
each piece, it instantly disintegrated turning<br />
into dust, in which gold particles lay like pebbles<br />
in a sand sea. Then, the twelve respectable men<br />
with one accord said: “Mister Keely, if you<br />
desintegrate a quartz deposit like this, each <strong>of</strong><br />
us will draw a cheque for you”. Then all <strong>of</strong> them<br />
came to the Catskill Mountains and the twelve<br />
men pointed at a sound, just like them, goldbearing<br />
quartz bed at a mountainside; mister<br />
Keely took his small device and said:<br />
“Gentlemen, be patient”. In 18 minutes, a tunnel<br />
with a length <strong>of</strong> 5.5. meters and a diameter <strong>of</strong><br />
1.4 meters was formed in the quartz mountain.<br />
After that, Mr. Keely calmly returned to<br />
Philadelphia with the cheques in his pockets and<br />
the twelve respectable men went from <strong>New</strong><br />
York to San Francisco in order to purchase the<br />
seemingly useless stocks <strong>of</strong> the mines, which<br />
were derelict for so long time...<br />
Decomposition (splitting) <strong>of</strong> quartz was one <strong>of</strong><br />
Keely’s secrets. However, the decomposition<br />
43
is only a minor and secondary influence <strong>of</strong> the<br />
tremendous force hidden in that mystery. The<br />
influence <strong>of</strong> this force had been discovered by<br />
chance. One day the inventor was investigating<br />
an influence <strong>of</strong> aether flows on fine sand<br />
scattered on the floor; aether currents twisted<br />
the sand in the form <strong>of</strong> ropes. And suddenly a<br />
piece <strong>of</strong> granite, which lied as a stop for the door,<br />
disintegrated before his eyes. He took the hint<br />
and, some days later, made a vibratory<br />
disintegrator.<br />
Dispersion is more complex and delicate, and<br />
Keely can as easily split matter’s atom as its<br />
molecules. But to what extent Apparently, he<br />
can split it to aether or a hypothetical<br />
substance, which existence is postulated by<br />
modern scientists though they know nothing<br />
about its nature besides the fact that it had been<br />
invented by themselves. While did Keely<br />
considers it as not a supposition but a real thing<br />
just as his own shoes. Actually, it is the initial<br />
substance <strong>of</strong> all matters. (The editors: A<br />
similar point <strong>of</strong> view and even an experiment<br />
is described in Sir Arthur Conan Doyle’s story<br />
called “A discovery <strong>of</strong> Rolf Hose”).<br />
As for the gravitation law, from the standpoint<br />
<strong>of</strong> Keely’s experiments, it is not completely<br />
convincing or, at least, is just one <strong>of</strong><br />
manifestations <strong>of</strong> the more overall law, which<br />
provides for mutual change <strong>of</strong> attraction and<br />
repulsion processes. One <strong>of</strong> small Keely’s<br />
experiments is the following: a piece <strong>of</strong> wire is<br />
winded around an iron cylinder with a weight<br />
<strong>of</strong> some hundreds <strong>of</strong> kilograms. When the force<br />
is moving along the wire, it is as easy to lift and<br />
carry the cylinder by a finger as if the cylinder<br />
is just a piece <strong>of</strong> cork. Recently the<br />
experimenter, without assistance, moved a<br />
vibratory motor with a power <strong>of</strong> 500 horsepowers<br />
from one part <strong>of</strong> his workshop to<br />
another making no scratches on the floor.<br />
Amazed engineers confirmed that they could<br />
not move it without a windlass, which could<br />
have been installed only if the ro<strong>of</strong> was<br />
removed. Such an operation becomes possible<br />
if a device is designed, which, being polarized<br />
by a force <strong>of</strong> negative attraction (i.e. repulsion),<br />
will rise and move under the influence <strong>of</strong> an<br />
aether flow with a speed <strong>of</strong> 500 miles per hour<br />
in any direction. This is, essentially, a principle<br />
<strong>of</strong> Keely’s airship.<br />
Later, he used the same force in optics. He<br />
placed three wires around microscope’s lenses<br />
and, thus, increased its magnification up to what<br />
is reached by the biggest telescope in the world.<br />
When the history <strong>of</strong> his discoveries and<br />
inventions will be published, a story <strong>of</strong> John<br />
Worrell Keely will be the most amazing story<br />
in the annals <strong>of</strong> geniuses’ history. The people <strong>of</strong><br />
tomorrow will hardly believe that, in the last<br />
quarter <strong>of</strong> the XIX century, a man who was able<br />
to fathom the essence <strong>of</strong> nature decrees,<br />
cognizant <strong>of</strong> its elusive forces, which could be<br />
used for mankind’s liberation from hard work<br />
making most people’s lives a misery, was<br />
doomed to die <strong>of</strong> starvation. There was no one<br />
lavish, generous, unselfish enough to furnish the<br />
capital for the purpose, which did not promise<br />
immediate benefit, among neither businessmen,<br />
stockbrokers, literary men nor cultural workers...<br />
The forces controlled by Keely still have no<br />
practical application and cannot be compelety<br />
understood until the world is ready to accept<br />
them for its good. Keely himself is sure that the<br />
world will undoubtedly benefit from his<br />
inventions... Keely’s discoveries have a secret<br />
aspect. He does not, possibly, realize it himself<br />
but it is up to him whether they will be<br />
recognized (due to the return, or sympathetic,<br />
vibration <strong>of</strong> even more spiritual aether than that<br />
Keely talks about) in order to get harmonized with<br />
the common system <strong>of</strong> the modern civilization and<br />
manifest in mankind’s material life.<br />
According to the opinion <strong>of</strong> the growing<br />
number <strong>of</strong> intellectuals, inventions and<br />
discoveries <strong>of</strong> our century have already proven<br />
their rather malignancy than good. They<br />
improved the global standard <strong>of</strong> living but, at<br />
the same time, considerably decreased a<br />
possibility to buy the facilities they had created<br />
a need for. Advantages, which appeared since<br />
steam and machines had been invented, became<br />
available for only a minority... However, Keely<br />
thinks that his inventions will allow to restore<br />
this disturbed balance.<br />
It is considered now that Keely’s discoveries<br />
are aimed at increase <strong>of</strong> human control over<br />
material nature, which already increased during<br />
the last hundred years. The world is not ready<br />
for appearance <strong>of</strong> such amazing forces at this<br />
stage <strong>of</strong> human life. Mankind is still too selfish,<br />
44 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
savage, foolish, cruel, in other words, the brute<br />
is too strong in it for higher forces to be<br />
entrusted to it. Today, such forces cannot be<br />
used for the welfare <strong>of</strong> the people and for the<br />
progress <strong>of</strong> the human race.<br />
Aether and gravity<br />
Dan A. Davidson in his research on the aether<br />
and gravity followed Keely's discoveries. Over<br />
the years the existence and understanding <strong>of</strong><br />
the aether has evolved as the basis for gravity<br />
and free energy effects at a micro and macro<br />
level. Laboratory experiments have shown that<br />
superluminal energy and information transfer<br />
has been effectively accomplished via aetheric<br />
engineering, which effectively eliminates the<br />
theory <strong>of</strong> relativity and its absurd views <strong>of</strong><br />
physics and cosmology.<br />
In XIX, John Keely performed extensive<br />
experiments in engineering the aether including<br />
producing various gravity phenomena,<br />
controlled breakdown <strong>of</strong> matter into aether and<br />
then using the aether in experiments, etc. From<br />
Davidson's research over 35 years, the<br />
existence <strong>of</strong> the aether is a reality. It led him to<br />
characterize the aether as follows:<br />
1. A superfluidic particulate medium which<br />
pervades all space.<br />
2. A medium, which in its various modes, is the<br />
building block <strong>of</strong> the physical universe.<br />
3. A medium, which, in one <strong>of</strong> its modes, is<br />
responsible for gravity and inertia.<br />
4. A medium which is controllable by our mind<br />
and can be manipulated my our thoughts.<br />
5. A medium which can be controlled by<br />
geometric shapes.<br />
The electron is a vortex <strong>of</strong> aether caught in a<br />
rotating standing wave due to the vibrating<br />
flow <strong>of</strong> aether which flows into and out <strong>of</strong> the<br />
atom's nucleus.<br />
Atomic structure builds according to the rules<br />
<strong>of</strong> geometry and the basic polarity <strong>of</strong> atomic<br />
particles. Polarities are the result <strong>of</strong> aetheric<br />
flows into and out <strong>of</strong> matter.<br />
John Ernst Worrel Keely was the first sub<br />
atomic physicist. His basic elucidation <strong>of</strong><br />
atomic structure was derived from his<br />
development <strong>of</strong> the science <strong>of</strong> vibratory<br />
physics. One <strong>of</strong> his basic discoveries was that<br />
<strong>of</strong> the substructure <strong>of</strong> the proton3.<br />
He discovered it was a vortex made <strong>of</strong> three<br />
sub nuclear particles, also vortexes.<br />
Further research led him to the idea that this<br />
three particle substructure continued down to<br />
smaller and smaller level <strong>of</strong> particles within each<br />
particle. Keely claimed to have learned to<br />
control the substructure 27 levels down from<br />
the basic proton. The Keely atom is depicted in<br />
a stylized format in Fig. 3.<br />
The first level <strong>of</strong> substructure was finally<br />
theorized in the orthodox community by<br />
Feynman in 1958. Keely's discovery<br />
The charge <strong>of</strong> matter is due to its interchange<br />
with aether. The electron as well as the other<br />
subatomic particles is basically self sustaining<br />
vortices in a fluidic particulate aether.<br />
Charge represents a difference in concentration<br />
<strong>of</strong> the aether between two points. Mass (i.e.,<br />
atomic particles) is made <strong>of</strong> aether, aether<br />
continually flows into and out <strong>of</strong> the particles<br />
as vortices, and the charge is due to its being at<br />
a different concentration <strong>of</strong> aether a apoint in<br />
time and space than the local aether<br />
concentration.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Fig. 3. Keely's "Atom" Showing the Substructure<br />
<strong>of</strong> the Neutron<br />
45
antedated Feynman by over 60 years!<br />
Feynman called the three particles making<br />
up the proton quarks.<br />
The gravitation constant as grad E correlates<br />
with the seminal work by T. Townsend Brown.<br />
Brown discovered that a capacitor will tend to<br />
move in the direction <strong>of</strong> the positive plate.<br />
Apparent weight loss is the result when the<br />
plates are perpendicular to the local gravity<br />
gradient. This effect can be enhanced by making<br />
one plate much smaller than the other plate.<br />
This essentially forces the grad E to maximize.<br />
It should be noted that grad E is independent<br />
<strong>of</strong> whether the field is AC or DC. Experiments<br />
have shown that even with this enhancement<br />
the capacitor does not have all its apparent<br />
weight nullified and levitate.<br />
(The editor's note: Our researches have<br />
shown that gradient E produced due to the<br />
properties <strong>of</strong> the dielectric's material is a more<br />
perspective method. A. Frolov)<br />
The reason for this can be found again in the<br />
nuclear particle's relationship with the aether.<br />
Even though each atom is in constant resonance<br />
with the aether this resonance is not<br />
synchronized across the mass4. Each atom is<br />
doing its own thing, so to speak, and there is a<br />
random interchange with the aether with<br />
respect to all the nuclei.<br />
Thus, when a grad E acts as an aether pump<br />
across the capacitor plates only a small portion<br />
<strong>of</strong> the atoms become synchronized to this<br />
aetheric flow so the entire mass does not<br />
respond at the same time; therefore, all the<br />
atoms don't try and move at the same time.<br />
The Detection <strong>of</strong> Aetheric Gravity Flow<br />
Using Dielectrics<br />
It should be obvious that the larger the mass<br />
the more aether which flows into the atomic<br />
structure <strong>of</strong> the mass. Mass is both radiating<br />
and absorbing aetheric energy.<br />
Other mass in the vicinity will cause<br />
perturbations in this aetheric flow. Because <strong>of</strong><br />
this fact, aetheric flow detectors can be<br />
constructed by taking advantage <strong>of</strong> this<br />
principle.<br />
Davidson's first working gravity or local<br />
aetheric stress/flow detector was<br />
demonstrated at the 1990 Extraordinary<br />
Science Conference in Colorado Springs,<br />
Colorado. The basic principle <strong>of</strong> the gravity<br />
detector is the fact that the electronic charge<br />
structure <strong>of</strong> a given mass is a function <strong>of</strong> the<br />
amount <strong>of</strong> aether flowing into the mass. The<br />
charge around the atom is governed by the<br />
amount <strong>of</strong> aether flowing into and out <strong>of</strong> the<br />
mass. His reasoning was that dielectrics would<br />
make the best aetheric flow detector. In<br />
dielectrics the electronic charge is isolated and<br />
trapped within the dielectric material since the<br />
charge cannot flow and dissipate. By using a<br />
high dielectric such as titanate zirconate or<br />
barium titanate the amount <strong>of</strong> charge change<br />
is directly readable by putting electrodes on<br />
each pole <strong>of</strong> a polarized dielectric.<br />
Davidson's first detector circuit used a<br />
picoamplifier attached to the electrodes to<br />
amplify the signal. Then the voltage/current<br />
Analysis <strong>of</strong> various apparently disconnected<br />
events where levitation was witnessed provides<br />
some important clues to a means <strong>of</strong> effecting<br />
synchronization <strong>of</strong> the nuclei.<br />
Synchronization <strong>of</strong> the nuclei with the aether<br />
has been achieved by two main methods;<br />
namely, rotation or movement and sonically.<br />
Analysis <strong>of</strong> the phenomenon <strong>of</strong> inertia provides<br />
the major clue to how rotation could act to<br />
synchronize the flow <strong>of</strong> aether into the nuclear<br />
sub structure <strong>of</strong> the gravitors.<br />
Fig. 4. Gravity Sensor Data Example.<br />
Data from July 11, 1991 Solar Eclipse<br />
46 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
changes across the dielectric are easily<br />
measured directly by a voltmeter.<br />
Fig. 4 depicts the output <strong>of</strong> the gravity<br />
detector circuit as a graph <strong>of</strong> local<br />
gravitational stress (i.e., aetheric stress). The<br />
graph readily shows the daily swing <strong>of</strong><br />
aetheric flow on the dielectric material as the<br />
sun and moon affects the earth's gravity field<br />
and gravity flows into the earth.<br />
The data was taken during a solar eclipse and<br />
shows the effect <strong>of</strong> local aetheric field stress<br />
dropping during the period <strong>of</strong> the eclipse.<br />
Experiments with the dielectric detectors<br />
showed they tend to be noisy and susceptible<br />
to temperature, light, and sound pressure. If you<br />
are going to experiment with this type <strong>of</strong><br />
gravity detector be sure to isolate the dielectric<br />
from temperature swings, light and sound.<br />
The Detection <strong>of</strong> Aetheric Gravity Flow Using<br />
DNC Coil<br />
When discussing Davidson’s results <strong>of</strong><br />
gravitational energies (i.e., aether stress<br />
flows), his fellow gravity researcher, Joe Parr,<br />
mentioned he had similar results with<br />
dielectrics and had accidentally discovered a<br />
better detector.<br />
To wind the coil, Davidson set the coil form and<br />
wire and electrician tape on the c<strong>of</strong>fee table in<br />
front <strong>of</strong> the TV set and whenever he was<br />
watching TV he would wind a couple <strong>of</strong> hundred<br />
turns on the loop and cover the turns with black<br />
electrician tape to keep the coil in place. After<br />
a couple <strong>of</strong> months he finally had wound the<br />
DNC coil. A BNC connector on the two ends<br />
<strong>of</strong> the coil completed the job.<br />
Resistance changed daily. The change in<br />
resistance is a direct readout <strong>of</strong> the local<br />
aetheric stress flow changes.<br />
Resistance changes in the coil because the<br />
atomic lattice electronic charge <strong>of</strong> the metal in<br />
the wire changes as more or less aether is<br />
flowing in the nuclei <strong>of</strong> the coils atoms. During<br />
the course <strong>of</strong> a 24 hour period the sun, moon,<br />
planets as well as the stars put differing stress<br />
levels on the earth's aetheric field which<br />
directly affects the flow rate into the nucleus.<br />
(The editor's note: In Russia. these<br />
experiments are known according to the<br />
works <strong>of</strong> N.A. Kozyrev, 1947 – 1989)<br />
Parr used a strange coil to which he attached<br />
the moniker "Do Nothing Coil" (DNC). The<br />
DNC would detect the aetheric gravity flow<br />
without the bothersome temperature,<br />
photonic, and sonic noise effects.<br />
Joe called the coil "do nothing" because it did<br />
not respond in any significant manner to<br />
magnetic or electrical signals from DC to<br />
about 300 Ghz. By accident he discovered<br />
that the coil's resistance changed during a 24<br />
hour period.<br />
The DNC coil consists <strong>of</strong> about 8000 turns<br />
<strong>of</strong> number 34 copper wire wound on a plastic<br />
hoop. In Davidson’s duplication <strong>of</strong> the DNC<br />
coil he got a Hula Hoop and cut it open,<br />
removed the plastic noise maker beads, and<br />
shortened the tubing length to make a plastic<br />
loop 19 inches in diameter (i.e., center <strong>of</strong> toroid<br />
on one side to center <strong>of</strong> toroid in other side).<br />
Fig. 5. Parr Gravity Wheel Experiment Design<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
47
The Parr Gravity Wheel Experiment<br />
Around the periphery <strong>of</strong> the wheel are copper<br />
triangular shapes. When the motor spins the<br />
wheel the copper triangles move between<br />
permanent magnets mounted statically on<br />
either side <strong>of</strong> the wheel. This new experimental<br />
set up is depicted in Fig. 5.<br />
Davidson had been following Joe Parr's<br />
experiments over a several year period and,<br />
with Joe Parr's assistance, built a duplicate<br />
experiment.<br />
The shaft must be oriented east-west. A negative<br />
ion source is set within a few feet <strong>of</strong> the spinning<br />
wheel to feed the force fields which form around<br />
the copper triangles on gravity wheel.<br />
The experiment is set on a delicate scale which<br />
measures accurate to 0.5 grams. The static<br />
weight <strong>of</strong> Davidson's experimental setup is<br />
about 1200 grams. Joe Parr's version is about<br />
1800 grams. The experiment used machined<br />
maplewood to hold the motor and shaft, and<br />
the stanchions which hold the magnets and<br />
Parr's experiment was made <strong>of</strong> machined<br />
aluminum.<br />
During experimental operations the weight <strong>of</strong><br />
the experiment can drop from 0 to 6.5 grams.<br />
When one considers that the gravity wheel with<br />
the copper triangles weighs about 24 grams the<br />
total normal operational levitation effect is on<br />
the order <strong>of</strong> 25% weight loss. This by itself in a<br />
remarkable experimental effect and deserves<br />
acute attention.<br />
The scale which is used in the experiment is an<br />
Ohaus Precision Plus purchased from Cole<br />
Parmer. The scale can measure accurately<br />
within 0.1 grams over a range <strong>of</strong> 0-4000 grams.<br />
The scale has an RS-232 serial interface which<br />
allows the scale to be interfaced to a printer or<br />
computer.<br />
The scale outputs the weight continuously<br />
except when there is a scale upset. The upset<br />
weight can be varied and it was set at the<br />
maximum <strong>of</strong> 5 grams. This means that if the<br />
scale weight is changed more than 5 grams<br />
within a couple <strong>of</strong> milliseconds then the RS-<br />
232 interface stops outputting the weight.<br />
Davidson’s preliminary hookup <strong>of</strong> the scale<br />
was to a computer; however, the intense<br />
forcefield which builds up around the<br />
experiment destroyed two computer<br />
interface cards. Since the RS-232 interface<br />
stops outputting data on a scale upset, the<br />
serial output <strong>of</strong> the scale was converted to a<br />
voltage level and used as an indicator.<br />
When the voltage drops, a scale upset has<br />
occurred. The voltage level was/is interfaced<br />
into a pulse counter. This provides a count <strong>of</strong><br />
scale upsets greater than 5 grams. If the 6.5<br />
gram weight loss is added to the 5 gram upset,<br />
we are looking at about a 50% weight loss <strong>of</strong><br />
the gravity wheel. Joe Parr's data showed a<br />
correlated hit with Davidson’s experiment's<br />
data on April 11th.<br />
There are two basic types <strong>of</strong> force fields built<br />
up in and around the experiment. There is an<br />
ovoid shaped forcefield around each <strong>of</strong> the<br />
copper triangles.<br />
When these small force fields build up in<br />
intensity they cause a drag on the motor<br />
which can be plainly heard in the lab. There is<br />
a larger forcefield which builds up around the<br />
entire experiment setup.<br />
What seems to be happening is the earth<br />
moves through energy conduits which go<br />
from our sun to other planets and star<br />
systems. When the gravity wheel experiment<br />
crosses one <strong>of</strong> these energy conduits, the<br />
forcefield around the copper triangles<br />
intensifies to the extent that the bubble starts<br />
moving either toward the conduit or away<br />
from the conduit very rapidly and a scale<br />
upset occurs.<br />
Attempts at simulating the energy conduit<br />
thus far have failed. Davidson and his<br />
collegues are in the process <strong>of</strong> evaluating the<br />
data and they have found some correlation<br />
with planetary and stellar conjunctions where<br />
the earth gets lined up with other planets or<br />
stars and our sun.<br />
The data analysis is currently in its infancy<br />
so Davidson can make no statements <strong>of</strong> solid<br />
fact other than that they are getting some<br />
very impressive gravitational effects.<br />
48 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
A water-lifting device<br />
A new source <strong>of</strong> inexhaustible, ecologically clean and<br />
powerful energy<br />
V.V. Marukhin, Russia<br />
grwpower@mail.ru<br />
In 1775, an article by J. Whitehurst containing<br />
a description <strong>of</strong> a device, which was invented<br />
and designed by him in 1772, appeared in a<br />
British magazine. The device <strong>of</strong> J. Whitehurst<br />
allowed water lifting from a small height to a<br />
considerable height without any additional<br />
power supply due to the use <strong>of</strong> a so called<br />
potential energy <strong>of</strong> water and due to a so called<br />
"hydraulic blow" effect. But the device could<br />
not operate in the completely autonomous<br />
mode. This disadvantage was removed by an<br />
inventor <strong>of</strong> a balloon, a Frenchman<br />
J.Montgolfier, in 1776. In 1797, he obtained a<br />
patent for his invention. In the same 1979,<br />
M.Bulton from England obtained a patent for<br />
the same device. In 1809, J. Cerneay and<br />
S.Hallet obtained a similar patent in America.<br />
And already in 1834, an American,<br />
H.Strawbridge, put an industrial model <strong>of</strong> the<br />
similar device into mass production.<br />
It is considered that it was the device invented<br />
by J. Montgolfier, which was then called a<br />
"hydraulic ram".<br />
As a rule, Montgolfier's "hydraulic ram" (Fig.1)<br />
consists <strong>of</strong> a water reservoir 1, a force pipe 2, an<br />
impact valve 3, pressure valve 5, an air chamber<br />
4, and a draft tube 6.<br />
water<br />
Fig. 1<br />
water<br />
Its operation happens as follows: water from<br />
water reservoir 1 goes by force pipe 2 to open<br />
impact valve 3 and, under pressure h, flows out<br />
with an increasing speed. Under some water<br />
speed, a pressure to the impact valve exceeds<br />
the force keeping the valve open (for example,<br />
a spring force), closes it and blocks water's way<br />
out. An abrupt halt <strong>of</strong> moving water and the so<br />
called "hydraulic blow" occurs. In the space <strong>of</strong><br />
the force pipe, from impact valve 3 to pressure<br />
valve 5, the water pressure almost momentarily<br />
increases up to a value, which coincides with H,<br />
and, due to this, the pressure valve opens.<br />
However, water spends only a part <strong>of</strong> its speed<br />
for the pressure increase. Using the residuary<br />
speed, it goes to air chamber 4 through the<br />
opening pressure valve. In the air chamber, the<br />
residuary air volume is also pressed up to the<br />
pressure, which coincides with water pressure<br />
H. In its turn, water from the chamber, under<br />
the same pressure, goes by draft tube 6 to<br />
height H to a consumer.<br />
After a time, the residuary speed in the reservoir<br />
is totally spent on the maintenance <strong>of</strong> the<br />
increased pressure in the reservoir. After that,<br />
the water pressure under the valves decreases<br />
a little lower than the atmosphere one. As a<br />
result, the existing increased pressure in the air<br />
chamber closes the pressure valve while the low<br />
pressure under the impact valve and an opening<br />
mechanism (for example, a compressed spring)<br />
allow the impact valve to open. Thus, all<br />
construction returns to the initial state and the<br />
process repeats. As a result, under certain<br />
standards <strong>of</strong> components' production, water<br />
can raise at rated altitude H continuously in<br />
the autonomous mode for many years.<br />
Moving parts <strong>of</strong> the hydraulic ram – two valves<br />
– are designed in such a way that the pressure<br />
increases in the reservoir, closes the impact<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
49
valve and opens the pressure one while the<br />
pressure decrease influences the reverse<br />
sequence. All meaning <strong>of</strong> the device's operation<br />
is that it raises water volume qH at height H<br />
using water volume's energy q.<br />
However, the "hydraulic ram", as the water lifting<br />
device, has a very important disadvantage.<br />
In order to obtain the water increase, it is<br />
necessary to discharge a certain amount <strong>of</strong><br />
water qk=q-qH. Water flowing out <strong>of</strong> the<br />
impact valve must quickly vacate a place for a<br />
new portion <strong>of</strong> water, which will flow out during<br />
the next cycle. If water at the outlet <strong>of</strong> the drain<br />
hole will gather somehow, an insuperable<br />
resistance for water flow out will form and, as a<br />
result, the water acceleration in the force pipe<br />
will be broken and then stop.<br />
As a result, the given device being in the<br />
submerged state, i.e. submerged in water,<br />
cannot operate. This prevents its use in the flat<br />
country with open reservoirs and on rivers<br />
without slopes or without dams.<br />
Besides that, the "hydraulic ram" attracted<br />
attention <strong>of</strong> scientific theorists and experts by<br />
its originality and operation simplicity. During<br />
the XIX century, many theoretical researches<br />
<strong>of</strong> the "hydraulic ram" were carried out but, until<br />
1900, they all rested on the fact that the theory<br />
<strong>of</strong> a "hydraulic blow" in pipes had been unknown<br />
and, therefore, gave no correct results. As early<br />
as in 1804, Eitelvein from Germany carried out<br />
more than 1,000 experiments and published a<br />
number <strong>of</strong> empirical conclusions and formulas.<br />
Most <strong>of</strong> them, as it was found out already at<br />
that time, were not suitable for designing.<br />
The fact <strong>of</strong> existence <strong>of</strong> the "hydraulic blow" effect<br />
was known as early as in the XVIII century, but a<br />
right theory was developed for the first time by a<br />
Russian scientist, N.E. Zhukovsky. Pr<strong>of</strong>essor<br />
Zhukovsky checked and confirmed his theoretical<br />
conclusions by special experiments in 1897-1898.<br />
In 1898, his theory was first published in<br />
"Bulletins <strong>of</strong> Polytechnic Society".<br />
In 1901, an Italian engineer Alievi published<br />
almost the same theory <strong>of</strong> the "hydraulic blow"<br />
but in relation to pipelines <strong>of</strong> different powerplants.<br />
However, the experiments carried out by<br />
Zhukovsky and, later, by other researchers from<br />
other countries completely proved the accuracy<br />
<strong>of</strong> basic concepts <strong>of</strong> Zhukovsky’s theory. But this<br />
theory, even after its publication, did not obtain<br />
proper acknowledgement. Researchers and<br />
enthusiasts <strong>of</strong> the "hydraulic ram", as usual,<br />
from year to year, carried out experiments and<br />
found different non-generalized formulas for<br />
their purposes.<br />
The "hydraulic ram" was developed under the<br />
name <strong>of</strong> «ram-pump» in melioration and in<br />
private life as a device for free water lifting in<br />
America, Australia and other western countries.<br />
Today there are several dozen small companies<br />
specializing in the production and sale <strong>of</strong> the<br />
«ram-pump» in these countries. Searching<br />
Internet for words "hydraulic ram" or «rampump»<br />
by different search engines, it is possible<br />
to find not only these companies but also some<br />
publications on this subject. Many companies<br />
use only their own formulas installing their<br />
«ram-pumps».<br />
In Russia, right after the publication <strong>of</strong> the<br />
"hydraulic blow" theory by Zhukovsky, the work<br />
on the creation and development <strong>of</strong> the "hydraulic<br />
ram" theory was successfully continued by his<br />
disciples and following: B. Bubekin, B. Bahmetiev,<br />
S. Chistopolsky. For example, Pr<strong>of</strong>essor<br />
Zhukovsky created the right scheme <strong>of</strong> the<br />
"ram's" operation during water delivery relying<br />
on the results <strong>of</strong> special experiments carried out<br />
by B. Bubekin from 1903 to 1907 and described it<br />
in a report on "The new hydraulic ram theory" in<br />
Mathematical Society on the 18th <strong>of</strong> September<br />
1907. Later on, Pr<strong>of</strong>essor B. Bahmetiev gave the<br />
right interpretation <strong>of</strong> the water acceleration<br />
period in researches by Navler and Harza in his<br />
work "Introduction to the research <strong>of</strong> the<br />
unbalanced liquid flow" on the basis <strong>of</strong> the same<br />
theory <strong>of</strong> Zhukovsky. However, it was Pr<strong>of</strong>essor<br />
S. Chistopolsky who finally combined theory and<br />
practice in his work "A hydraulic ram" in 1930.<br />
He created the first and, to present day, the only<br />
known and reliable method <strong>of</strong> the theoretical<br />
calculation. This method was, and is, completely<br />
confirmed by the results <strong>of</strong> numerous tests.<br />
Unfortunately, the "hydraulic ram", as the<br />
device for free water lifting, was undeservedly<br />
forgotten as petroleum production has been<br />
50 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
developed, despite the fact that, before the<br />
fifties, there were plants producing a lot <strong>of</strong> these<br />
devices for melioration in Russia. Only one<br />
remark about this device is left in the Big Soviet<br />
Encyclopedia. Almost all engineers and scientists,<br />
who were educated in the USSR and worked with<br />
hydrodynamics or at hydroelectric power<br />
stations, as a rule, heard nothing and know<br />
nothing about this device. The concept <strong>of</strong> the<br />
"hydraulic blow", as applied to water-pipes,<br />
exists in theory, in industry, in text-books and<br />
in the specialized literature but the concept <strong>of</strong><br />
the "hydraulic ram" became identified with a<br />
device able to clean pipes and ship's bottom by<br />
the "hydraulic blow" or hole by water. All works<br />
on the "hydraulic blow" by N. Zhukovsky, B.<br />
Bubekin, B. Bahmetiev, and S. Chistopolsky<br />
have been forgotten. And only recently, obviously,<br />
in connection with the fact that people are talking<br />
about the possibility <strong>of</strong> the forthcoming oil crises'<br />
approach, isolated inventors, who found, to their<br />
surprise, information about this device, tried its<br />
reanimation. An inventor, G. Rogozin,<br />
progressed even more. He was the first to<br />
suggest a combination <strong>of</strong> the "hydraulic ram"<br />
and a water turbine connected with an<br />
electric generator. This was, as a matter <strong>of</strong><br />
fact, the first public statement that this water<br />
lifting device can be used also as an energy<br />
source. According to his estimations, such a<br />
combination makes the water turbine work<br />
with water flows, which cannot be used by it<br />
alone. This constructive combination would<br />
allow producing electric energy using small<br />
rivers, streams and reservoirs with a small<br />
hydro-electric system, which has no prospects<br />
and cannot be used by traditional hydroelectric<br />
power stations. However, his estimations<br />
including estimations <strong>of</strong> the "hydraulic ram's"<br />
parameters are also based mainly on his own<br />
series <strong>of</strong> experiments.<br />
As such a science as hydraulic gas dynamics<br />
appeared and has been developing, during all these<br />
years, in different countries, where the "hydraulic<br />
ram" was not forgotten, there were numerous<br />
attempts to find the accurate development <strong>of</strong> the<br />
main existing hydrodynamic equations in order<br />
to explain the existent processes and find optimal<br />
characteristics. But such a development for an<br />
unstable flow or, as is customary, a nonstationary<br />
stream, which is a process <strong>of</strong> water flow in the<br />
"hydraulic ram", is possible only by numerical<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
methods. In order to use them, it is necessary to<br />
know a lot <strong>of</strong> the beforehand unknown input data.<br />
Due to this, such attempts were unsuccessful. It<br />
is confirmed by the fact that many different<br />
patents for modernization <strong>of</strong> this device have been<br />
obtained. They did not concern change or<br />
improvement <strong>of</strong> its operation principle. However,<br />
the "hydraulic ram" theory stated in S.Chistopolsky's<br />
work is sufficient for understanding, which factors<br />
and which parameters influence the "hydraulic ram"<br />
operation and also for making a comprehensive<br />
analysis.<br />
This theory, which was many times proved in<br />
practice and considerably augmented by the<br />
author, underlies a pro<strong>of</strong> <strong>of</strong> existence <strong>of</strong> another<br />
hydrodynamic system <strong>of</strong> water acceleration, i.e. a<br />
pro<strong>of</strong> <strong>of</strong> existence <strong>of</strong> another water lifting device,<br />
which can have no water discharge at all.<br />
Imagine a pipe, which is attached to a basis <strong>of</strong> a<br />
water reservoir and closed from both sides.<br />
There is a solid bottom, on the one side <strong>of</strong> the<br />
pipe, and there is a thin-wall membrane, which<br />
restricts water, on the other side, where the<br />
water reservoir is located. Under the certain<br />
design pressure, the membrane will break and<br />
the water flow with an accelerating speed will<br />
go to the closed pipe from the reservoir. If there<br />
is no air in the pipe or it is somehow freely<br />
replaced by water, the effect <strong>of</strong> the "hydraulic<br />
blow" will also appear when water reaches the<br />
pipe's bottom or its considerably restricted<br />
part in the end. If the pipe's bottom has, as the<br />
"hydraulic ram", a pressure valve, which opens<br />
under certain pressure, the "hydraulic blow"<br />
process will provide for the same pumping. The<br />
"air blast" with the increased pressure zone will<br />
go towards the water flow stretching the pipe's<br />
walls by an excessive pressure and providing,<br />
therefore, for water coming in through the<br />
pressure valve. Reflecting from water locating<br />
in the reservoir, the "air-blast" will move to the<br />
pipe's bottom again. During the "air blast"<br />
motion toward the pressure valve, as in the<br />
"hydraulic ram", decrease <strong>of</strong> the static pressure<br />
will occur in a zone from the pipe's inlet to the<br />
"air-blast" front. Such a motion with the<br />
recurring pressure increase and decrease will<br />
repeat many times until the water lift located<br />
in the pipe uses up its kinetic energy. In a certain<br />
amount <strong>of</strong> time, a certain quantity <strong>of</strong> water will<br />
go to chamber 4.<br />
51
The same process will happen, if opening valve<br />
3 will be installed at the pipe's inlet instead <strong>of</strong><br />
the membrane, as it is shown on Fig. 2.<br />
water<br />
Fig. 2<br />
water<br />
However, if this valve will be designed reverse,<br />
i.e. closing from the direction <strong>of</strong> pipe's bottom<br />
7, during contact with the very first "air blast",<br />
which moves towards the water flow and<br />
creating a zone <strong>of</strong> the increased pressure behind,<br />
the valve will tend to close due to the pressure<br />
difference. To a greater or lesser extent, it will<br />
begin to block the water flow going through it. A<br />
mathematical research <strong>of</strong> such a hydrodynamic<br />
scheme, an introduction into the theory <strong>of</strong> the<br />
real mechanism <strong>of</strong> the valves' closing and<br />
opening, taking into account their inertia, show<br />
that, under a certain design <strong>of</strong> valve 3 and<br />
certain initial parameters, the closing process<br />
can happen in such a way that the valve will not<br />
only close before the first "air blast" but also<br />
stay in the closed state until the excessive<br />
pressure influences in pipe 7 under pressure<br />
valve 5. As a result, conditions can be created<br />
that valve 3 will completely block the water<br />
flow for some time. After gathering a certain<br />
speed, the blocked water lift in pipe 7 has to<br />
continue its motion to chamber 4 mechanically.<br />
Thus, the strength <strong>of</strong> water pressure for water<br />
pumping to the camber can be substituted by<br />
the equivalent inertia. However, unlike the<br />
“hydraulic ram”, due to the fact that valve 3 is<br />
closed, each portion <strong>of</strong> water pumped in the<br />
chamber must cause losses <strong>of</strong> the whole water<br />
lift’s mass, which cannot be made up. Due to<br />
this, in pipe 7, from the side <strong>of</strong> closed valve 3, a<br />
dilution zone with a pressure close to 0 must<br />
appear from the moment <strong>of</strong> the beginning <strong>of</strong><br />
the first reflected “air blast” motion. Only a part<br />
<strong>of</strong> solute gases can be there. The zone’s length<br />
will increase during the pumping. Due to the<br />
water pumping in the chamber, like in the<br />
“hydraulic ram”, a difference <strong>of</strong> the initial and<br />
final kinetic energy will change to the potential<br />
energy <strong>of</strong> water, which came to the chamber.<br />
As a result, in both cases, the excess pressure in<br />
the chamber must close the pressure valve and<br />
an almost total absence <strong>of</strong> pressure in pipe 7<br />
during the water lift destruction must open<br />
valve 3, which experiences the static water<br />
pressure from the side <strong>of</strong> pipe 2. Water will flow<br />
again through opening valve 3 to pipe 7. Its<br />
volume during flowing in will be exactly the<br />
same as the volume <strong>of</strong> the “zero” pressure zone<br />
or, as it is said in hydrodynamics, the “lift-<strong>of</strong>f”<br />
area. A speed <strong>of</strong> this water can reach the initial<br />
one. Thus, all process must automatically<br />
repeat.<br />
During the real process <strong>of</strong> water pumping in<br />
the chamber after valve 3 is closed, all following<br />
reflections <strong>of</strong> the “air blast” spreading in the<br />
direction <strong>of</strong> valve 3 must occur from the bound<br />
<strong>of</strong> the “lift-<strong>of</strong>f” area with its length increasing.<br />
During this, each portion <strong>of</strong> the pumped water<br />
will decrease due to a decrease <strong>of</strong> the pressure<br />
influence’s duration under pressure valve 5,<br />
because <strong>of</strong> a decrease <strong>of</strong> the “air blast”<br />
influence’s duration.<br />
As a result <strong>of</strong> the mathematical description <strong>of</strong><br />
this scheme, taking into account the pumping<br />
mechanism, the mechanism <strong>of</strong> the pressure<br />
change in the chamber, taking into account all<br />
time characteristics, various losses, peculiarities<br />
<strong>of</strong> the horizontal and vertical scheme <strong>of</strong> water<br />
flowing in, a rather complete theory <strong>of</strong> such a<br />
hydrodynamic scheme has been developed. It<br />
contains more than 400 formulas and the<br />
method <strong>of</strong> parameters’ calculation, which is<br />
necessary for the designing. As a result <strong>of</strong><br />
engineering research, a necessary design <strong>of</strong><br />
valve 3 was also found. However, such a<br />
construction can be built only for burial depths<br />
<strong>of</strong> more than 15 meters due to the fact that<br />
there are no necessary materials and a<br />
technology for their production in the industry.<br />
The obtained mathematical dependencies show<br />
that, in the end <strong>of</strong> the pumping, a volume <strong>of</strong> the<br />
“lift-<strong>of</strong>f” area is always less than a volume <strong>of</strong><br />
the pumped water in the chamber. As a result,<br />
under the same initial parameters, a total<br />
52 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
quantity <strong>of</strong> the water pumped in the chamber<br />
will be less than that in the “hydraulic ram”.<br />
However, all pumping period is also shorter.<br />
Besides, a dependency <strong>of</strong> the pressure on the<br />
speed, which was consumed for its production,<br />
is more complex in comparison with the<br />
“hydraulic ram”. In spite <strong>of</strong> this, the pressure in<br />
the chamber is always more than the initial but<br />
its value is not more than its double initial value.<br />
Moreover, certain criteria <strong>of</strong> the initial<br />
parameters exist, which determine conditions<br />
<strong>of</strong> the automatic repetition <strong>of</strong> the process. One<br />
<strong>of</strong> these necessary conditions is an exact<br />
accordance <strong>of</strong> the masses <strong>of</strong> valve 3 and pressure<br />
valve 5 with the initial process’ parameters. A<br />
certain design volume in the chamber for an air<br />
cushion and a certain square <strong>of</strong> the crosssection<br />
on the chamber’s outlet for the water<br />
export must be realized. It should be mentioned<br />
that, from the energy point <strong>of</strong> view, this scheme<br />
consumes more energy for the operation than<br />
the net energy produced by it. Thus, the<br />
efficiency <strong>of</strong> this scheme is always less than<br />
100%. A kind <strong>of</strong> the efficiency’s change in<br />
dependence on the depth is shown in Figure 3.<br />
The given scheme can be, obviously, used in the<br />
same conditions as the conditions <strong>of</strong> the<br />
“hydraulic ram” operation. But it can be used,<br />
as it was said above, on the lowland rivers, where<br />
the “hydraulic ram” cannot work.<br />
There are, theoretically, no barriers for<br />
operation <strong>of</strong> such a water lifting device without<br />
a reservoir 1. In order to do this, it is enough to<br />
submerge it into water at certain depth h, as it<br />
is shown in Fig. 4.<br />
Under these conditions, the scheme becomes<br />
an ideal pump <strong>of</strong> low pressure, which can be<br />
used, fir example, in seawater desalters.<br />
However, this scheme has the biggest<br />
prospects, as it is shown in Fig. 5, in the event<br />
when there is no outlet tube at all or in the case,<br />
when there is some short tube’s section with a<br />
throat, which is equal to the cross-section <strong>of</strong><br />
the chamber’s outlet port at the chamber’s<br />
outlet at depth h э<br />
h. As the obtained<br />
dependencies show, a theoretical dependency<br />
<strong>of</strong> the pressure in the chamber on the time will<br />
be like it is shown on Fig. 6, under the certain<br />
volume <strong>of</strong> the air cushion in the chamber and<br />
Depth, m<br />
Fig. 3<br />
the certain square <strong>of</strong> the throat <strong>of</strong> the outlet<br />
port in the chamber.<br />
Time <strong>of</strong> the pressure increase tw and its<br />
abatement tu is always less than 0.1 tH. During<br />
time ty < tH, an opening <strong>of</strong> valve 3, the water<br />
acceleration and energy accumulation occur.<br />
This allows considering the average speed <strong>of</strong><br />
water flow out <strong>of</strong> the chamber during pumping<br />
time tH as a value, which is very close to some<br />
maximum possible speed.<br />
Thus, a water stream, which is characterized by<br />
a certain water consumption and an average<br />
water level<br />
Fig. 4<br />
water level<br />
Fig. 5<br />
water<br />
water<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
53
Fig. 6<br />
efficiency <strong>of</strong> any pulse system, will be<br />
determined by a total, in accordance with the<br />
time, force impulse, if there is no force during<br />
time ty.<br />
Depth, m<br />
Fig. 7<br />
Depth, m<br />
Fig. 8<br />
speed, must be periodically formed in the outlet<br />
<strong>of</strong> the nozzle once during time tH. The average<br />
water consumption during time tH can<br />
considerably exceed the value obtained in the<br />
“hydraulic ram”. Hence, according to the law<br />
<strong>of</strong> impulse conservation, this water stream must<br />
create a reactive force because valve 3 is closed.<br />
Thus, this design becomes an ideal hydrojet<br />
propulsion engine. Its efficiency, as well as the<br />
Besides, such a water stream per se can produce<br />
some yield during time tH. This allows installing<br />
a reaction-type hydraulic turbine with a<br />
concatenated electric generator at the chamber<br />
outlet. Therefore, electric energy can be produced.<br />
Naturally, the electric generator must be located<br />
either in a hermetic chamber or on the water<br />
surface and connected with the turbine by some<br />
rotating shaft. Due to the fact that a considerably<br />
short period <strong>of</strong> time ty will influence only during<br />
gathering <strong>of</strong> the design angular velocity by the<br />
hydro turbine and generator, the obtained electric<br />
power will be determined only by the hydro<br />
electric machine’s efficiency.<br />
In order to evaluate possibilities <strong>of</strong> this design,<br />
calculation results <strong>of</strong> a ratio <strong>of</strong> average reactive<br />
force Rcp and electrical power Ncp to a square<br />
<strong>of</strong> the inlet port <strong>of</strong> the device from burial depth<br />
h under a certain acceptable design size <strong>of</strong> pipe 7<br />
and valve 3 are given on Fig. 7, 8. The calculation<br />
results show that there is a certain maximum at<br />
depths <strong>of</strong> approximately 450-650 meters.<br />
Thus, this scheme can theoretically provide for<br />
any thrust and any electrical power. In order to<br />
do this, only the certain square <strong>of</strong> the inlet port<br />
is needed.<br />
54 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 9<br />
Fig. 10<br />
Using the given scheme in generator<br />
engineering, it seems possible to create a single<br />
power module <strong>of</strong> any electric output power.<br />
Taking it as a base, it will be possible to gather a<br />
sea submarine or pool hydroelectric power<br />
station <strong>of</strong> any power consisting <strong>of</strong> a number <strong>of</strong><br />
such modules. As an example, one <strong>of</strong><br />
constructive variants <strong>of</strong> such a module with a<br />
design electric output power <strong>of</strong> approximately<br />
315 kW and its possible size are given on Fig. 9.<br />
Its batch assembling (1) included in a coastal<br />
hydroelectric power station with a power <strong>of</strong><br />
approximately 31.5 MW located at a depth <strong>of</strong><br />
approximately 16.5 m is given on Fig. 10. Drive<br />
cable outlets (2) and current control units (3)<br />
can be located directly on the coast.<br />
The same hydroelectric power station can<br />
provide for a power <strong>of</strong> approximately 150 MW<br />
at a depth <strong>of</strong> approximately 50 m and a power<br />
<strong>of</strong> approximately 320 MW at a depth <strong>of</strong><br />
approximately 100 m.<br />
The power module based on the same<br />
hydrodynamic scheme but located vertically in<br />
water, as it is shown on Fig. 11, 12, requires<br />
bigger depth and the same power. Such a<br />
module consisting <strong>of</strong> given water lifting device<br />
(6), hydro turbine (5), and electric generator<br />
(4) needs less area for its location. It can be, for<br />
example, simply hanged in water reservoir (1)<br />
by rope (3). The water reservoir can be made in<br />
the form <strong>of</strong> a closed cylinder tube installed in<br />
an underground well.<br />
The vertical location <strong>of</strong> the module makes it<br />
simpler to use it in regions where there are no<br />
deep water resources because it allows using<br />
smaller volumes <strong>of</strong> the required water.<br />
Fig. 11 Fig. 12<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
55
account their compatibility together with<br />
minimal redesign costs. A reaction-type<br />
hydraulic turbine produce by a Dutch company<br />
«Energi Teknikk, A/S» had been used as a<br />
hydraulic turbine. It had been specially<br />
modernized for an inlet pressure <strong>of</strong><br />
approximately 33 meters. The hydraulic<br />
turbine is shown on Fig. 14.<br />
Fig. 13<br />
The theoretical calculations’ results <strong>of</strong> the given<br />
scheme and the developed method <strong>of</strong> its<br />
designing were confirmed by experimental<br />
researches. In 2003, an experimental desk-size<br />
power module has been developed, built and<br />
tested in Spain. It consisted <strong>of</strong> an analytical<br />
model <strong>of</strong> the horizontal construction, a hydro<br />
turbine, and an electric generator for testing at<br />
a depth <strong>of</strong> approximately 50 meters.<br />
The given module had a design electric output<br />
power <strong>of</strong> approximately 97.4 kW. As the main<br />
parts (the chamber, pipes 2, 7 etc.) <strong>of</strong> the scheme<br />
and the pressure control units in the chamber, a<br />
set <strong>of</strong> construct elements <strong>of</strong> the certain<br />
seawater desalter shown on Fig. 13 had been<br />
used. The chamber’s volume, the pipe’s size, the<br />
valves’ fittings had been selected taking into<br />
An AC synchronous generator with a voltage<br />
rating <strong>of</strong> approximately 6 kV and a power<br />
rating <strong>of</strong> approximately 100 kW with an<br />
automatic frequency and pressure adjustment<br />
had been used as the electric generator. A<br />
ballast ohmic resistance by strong wind power<br />
generators had been used as a load.<br />
All parts <strong>of</strong> this power module, registering<br />
equipment <strong>of</strong> the chamber pressure, a selfcontained<br />
power source for the equipment, the<br />
hydraulic turbine and the electric generator<br />
were assembled in a hermetic container, which<br />
had a flanged joint for pipe splicing in the front<br />
part and a hatch for flowing out <strong>of</strong> the used<br />
water in the upper part. There were additional<br />
hermetic hatches in the container. They<br />
provided for access to the valves if their manual<br />
adjustment was necessary. The container design<br />
provided for splicing <strong>of</strong> acceleration and<br />
pressure pipes <strong>of</strong> any length and, if necessary,<br />
quick change <strong>of</strong> them. The appearance <strong>of</strong> the<br />
container with the given power module is shown<br />
on Fig. 15.<br />
The tests were carried out by putting this<br />
container by the rope from a ship at the<br />
specified depth. Several test series have been<br />
carried out.<br />
Fig. 14 Fig. 15<br />
56 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
As a result <strong>of</strong> a certain updating <strong>of</strong> the valves’<br />
weight, a stable self-running operation mode was<br />
obtained at this depth after some tests. Processing<br />
<strong>of</strong> the chamber’s excess pressure oscillogram gave<br />
average results shown on Fig. 16.<br />
As a result, a direct measurement <strong>of</strong> the<br />
produced electric pressure showed a voltage<br />
value <strong>of</strong> 5.8±0.35 kV while a direct current<br />
measurement showed a current <strong>of</strong> 15.96±0.46<br />
a. This coincides with the obtained electric<br />
power <strong>of</strong> 92.73±8.25. According to the average<br />
value, it is less than the theoretical value only<br />
by approximately 4.8%.<br />
Thus, the new water lifting device, which is<br />
per se a new gravity energy transformer, first,<br />
can produce any industrial quantity <strong>of</strong><br />
ecologically clean and powerful electric<br />
energy by the simple and cheap method and,<br />
second, according to its power, can substitute<br />
the existing heat and nuclear power stations.<br />
Now there are no problems with wide technical<br />
introduction <strong>of</strong> this invention into energy. It<br />
depends only on investments. A detailed<br />
financial evaluation shows that, in order to<br />
develop and build such power modules for the<br />
possible hydroelectric power stations based on<br />
it, with a power <strong>of</strong> more than 100 MW, it is most<br />
advisable to use the scheme with the vertical<br />
module’s location, with a unit output power <strong>of</strong><br />
approximately 500 kW. A batch <strong>of</strong> such<br />
modules will need a water reservoir with a<br />
square <strong>of</strong> no more than 4.5 mІ/MW and a<br />
height <strong>of</strong> 21 meter. A total mass <strong>of</strong> such a<br />
module using an electric generator “SG2-500-<br />
4УЗ» (Russia) and a special reaction-type<br />
hydraulic turbine «PHY-500P» (Spain) can be<br />
only 4,840 kg. And its prime cost during serial<br />
production, taking into account the existing<br />
prices, will not exceed 97,200 Euro. Hence, a<br />
specific prime cost <strong>of</strong> such an energy source can<br />
be only 194.4 Euro/kW, which is minimal <strong>of</strong> all<br />
known energy sources. General costs <strong>of</strong> such<br />
hydroelectric power stations’ construction will<br />
not exceed 130 Euro/kW and a payback period<br />
will be 2 years after the construction beginning.<br />
During the after-payback period, it is possible<br />
to lower power rates up to a symbolically small<br />
value or sell electric energy at the market cost<br />
and get not less than 14% <strong>of</strong> the initial costs<br />
per month.<br />
In conclusion, we should mention that the<br />
results <strong>of</strong> the theoretical and experimental<br />
research allowed the article’s author together<br />
with other co-authors to obtain Eurasia patent<br />
# 005489 and some European patents in 2005.<br />
theory<br />
experiment<br />
Fig. 16<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
57
An anti-gravity platform <strong>of</strong><br />
V.S. Grebennikov<br />
We publish materials from http://gragons-matrix.narod.ru. The site’s author writes<br />
under the pseudonym <strong>of</strong> Dragon’s Lord. His ideas are interesting enough for an<br />
inquisitive reader to analyze them.<br />
impossible to put even a thumbtack on this block<br />
because it was thrown up and then aside. When<br />
the thumbtack was forcefully fixed to the chitin<br />
block from the top, it was lifted and, for a<br />
moment, completely disappeared!<br />
Grebennikov discovered a bio-antigravity<br />
effect in 1988 and then, during 3 years, studied<br />
it from many sides, developed the platform’s<br />
designs, carried out experiments. Together with<br />
Pr<strong>of</strong>essor V. Zolotarev, he sent a patent<br />
application. Finally, in 1991, Grebennikov built<br />
his gravity-plane and started flying by a<br />
noiseless aircraft, which reached a speed <strong>of</strong><br />
1,500-2,400 km/hour. The aircraft was<br />
inertialess and almost invisible from below.<br />
People, who observed it from ground, saw,<br />
instead <strong>of</strong> it, a light sphere or a disc or a cloud<br />
with sharply outlined edges.<br />
Fig. 1. Viktor Stepanovich Grebennikov<br />
In summer 1988, an entomologist from<br />
Novosibirsk city, Viktor Stepanovich<br />
Grebennikov, examined a micro-structure <strong>of</strong> the<br />
lower surface <strong>of</strong> beetles’ wing case by a<br />
microscope and became interested by “an<br />
unusually rhythmic, extremely ordered,<br />
incomparable honeycomb, solid<br />
multidimensional composition, which looked as<br />
if it was pressed by some complicated automatic<br />
machine”. Studying this amazing micro-pattern<br />
allowed Grebennikov to design an aircraft <strong>of</strong> a<br />
new kind called “Gravity plane”.<br />
As usually, this discovery was made by chance.<br />
Once Grebennikov put a chitin bristle from<br />
some beetle’s shell under a microscope and<br />
wanted to put another one but it slipped out<br />
from tweezers and… hung in the air. Then the<br />
scientist tied some laminae together from the<br />
top by a wire arranging them vertically. It was<br />
It is unnecessary to say that this was discovered<br />
not yesterday but in 1980ies. Grebennikov<br />
tried to rouse interest <strong>of</strong> “real” scientists but it<br />
was useless. Nobody wanted to talk to him. In<br />
Fig. 2. A wing and a wing case <strong>of</strong> Cetonia. In<br />
many parts <strong>of</strong> his book, Grebennikov describes<br />
remarkable properties <strong>of</strong> wing cases <strong>of</strong><br />
scarabaeus, bronze poplar borer and especially<br />
Cetonia. Among five species <strong>of</strong> bronze poplar<br />
borer, almost all have the CHAOTIC-<br />
HONEYCOMB pattern on the INTERNAL side <strong>of</strong><br />
wing cases.<br />
58 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
April 2001, Grebennikov died <strong>of</strong> a stroke. A<br />
book called “My world” written by him in 1997<br />
remained. There is a full variant <strong>of</strong> the book in<br />
Internet at http://bronzovka.narod.ru.<br />
Grebennikov studied an effect <strong>of</strong> cavitary<br />
structures <strong>of</strong> insects. He gave this name to a<br />
mysterious radiation emanated from their<br />
nests.<br />
In chapter 5-1 <strong>of</strong> the book, Grebennikov writes:<br />
«I have only a handful <strong>of</strong> old clay lumps,<br />
fragments <strong>of</strong> these nests, with numerous small<br />
rooms-cells. The cells were located side by side<br />
and looked like small thimbles or, more likely,<br />
small jugs with smoothly narrowing beaks. I’ve<br />
already knew that these bees belonged to<br />
species <strong>of</strong> Halictus – according to the number<br />
<strong>of</strong> light rings on their oblong bellies. There was<br />
a wide vessel filled with these spongy clay lumps<br />
on my working table, which was jammed with<br />
instruments, ant and grasshopper houses, vials<br />
with chemical agents and other things. I had to<br />
take something and I brought my hand above<br />
these spongy fragments. And a miracle<br />
happened: I suddenly felt heat above them… I<br />
touched the lumps by the hand – they were cold.<br />
But I obviously felt heat above them.<br />
Moreover, I felt unknown pushes, bounce,<br />
“tick” in my fingers”.<br />
This radiation cannot be screened. Grebennikov<br />
wrote: “I put a piece <strong>of</strong> cardboard on top – the<br />
feelings were the same. I put a pan’s lid but it<br />
had no effect: this “something” ran through the<br />
barrier. I should immediately study this<br />
phenomenon. But the instruments did not react<br />
Fig. 3. Grebennikov’s flying platform<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
59
at all: neither finest thermometers, nor<br />
ultrasound recorders, electrometers nor<br />
magnetometers. But usual human hands (and<br />
not only mine hands!) obviously felt either heat<br />
or cold wind or ticks or a denser medium above<br />
the nests. Some people’s hands became heavier,<br />
other people’s hands were pushed up; some<br />
people’s fingers grew numb, fore arm’s muscles<br />
felt spasms, some people felt giddy, secreted<br />
saliva voluminously”.<br />
But how did V. Grebennikov came to the idea<br />
<strong>of</strong> his aircraft Let us read further: “In summer<br />
1988, I watched by microscope chitin shells <strong>of</strong><br />
insects, their fleecy antennae, butterfly wings’<br />
lamellae <strong>of</strong> finest structure, open-work <strong>of</strong> shad<br />
mooneye’s wings with bright play and other<br />
Natural Patents. I was interested in an<br />
unusually rhythmic micro-structure <strong>of</strong> some<br />
parts <strong>of</strong> rather big insects. This was an<br />
extremely ordered composition, which looked<br />
as if it had been pressed by some complicated<br />
automatic machine according to special designs<br />
and calculations. In my opinion, this<br />
incomparable cellular structure was<br />
necessary neither for strength nor for<br />
decoration <strong>of</strong> this part.<br />
I did not notice something even resembling<br />
such an unusual amazing micro-pattern neither<br />
on other insects’ parts nor in the rest <strong>of</strong> nature,<br />
nor in technology nor in art. Due to the fact<br />
that it was multi-dimensional, I could not copy<br />
it in a flat drawing or a photograph. Why does<br />
an insect have this This structure is located in<br />
the bottom <strong>of</strong> wing cases and is almost always<br />
hidden. It can be seen only when an insect flies<br />
but who can do this<br />
I suspected that this can be a wave beacon<br />
having “my” effect <strong>of</strong> multi-cavitary structures.<br />
During this really happy summer, there were a<br />
lot <strong>of</strong> insects <strong>of</strong> this species and I caught them<br />
using light in the evenings. Neither before nor<br />
after that, I observed neither such a great<br />
number <strong>of</strong> them or even single individuals.<br />
I put a small concave chitin lamella on a<br />
microscope table in order to watch its strange<br />
cells using strong magnification once more. I<br />
looked at a regular masterpiece <strong>of</strong> Naturejeweler<br />
and, without any purpose, put another<br />
lamella with these unusual cells located on one<br />
<strong>of</strong> its sides on the first lamella by tweezers.<br />
But the part was pulled out the tweezers, hung<br />
in the air for some seconds under the lamella,<br />
which lay on the microscope table, rotated<br />
clockwise, moved – in the air! - to the right,<br />
rotated anticlockwise, swung and only then<br />
quickly fall on the table.<br />
A reader can only imagine what I felt that<br />
moment… After coming to consciousness, I tied<br />
some lamellae by a piece <strong>of</strong> wire. It was difficult<br />
and possible only if I took them vertically. So, I<br />
made a kind <strong>of</strong> a multilayer chitin “block”. I put<br />
it on a table. Even such a comparatively heavy<br />
thing as a thumbtack could not lie on it:<br />
something pulled it up and then aside. I fixed<br />
the thumbtack to the top <strong>of</strong> the “block” and<br />
then so unbelievable things began to happen<br />
(particularly, the thumbtack completely<br />
disappeared for a moment) that I understood<br />
that this is not a beacon but some Other thing.<br />
Fig. 4. A picture from the sixth chapter <strong>of</strong> “My<br />
world” book<br />
I was excited again and, due to agitation,<br />
everything around me was like in mist; but I<br />
could calm down and, in two hours, could<br />
continue working… Everything began from this<br />
accident.”<br />
60 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 5. “These strange, extraordinary fine and complex instruments and devices <strong>of</strong><br />
insects are used not only for senses <strong>of</strong> touch, smell, vision, sound but they also<br />
receive or generate electronic waves while some <strong>of</strong> them hamper the Earth’s<br />
gravity. The picture was made by an electronic microscope.”<br />
Did you pay attention to magical words “…and some <strong>of</strong> them oppose to the Earth’s attraction…” It is<br />
really strange that “…strange stellate cells…” cannot be seen on them though “…the unusually rhythm<br />
micro-structure… extremely ordered composition looking as if it had been pressed by some complicated<br />
automatic machine according to special designs and calculations… incomparable sponginess…” is<br />
obviously seen on the third photograph. However, if we remember Grebennikov’s remark: “…I did not<br />
notice something even resembling such an unusual amazing micro-pattern neither on other insects’<br />
parts nor in the rest <strong>of</strong> nature, nor in technology nor in art…”. Usual hexagon honeycombs can be<br />
observed. Or does Grebennikov want to say that honeycombs (as in experiments on production <strong>of</strong><br />
the effect <strong>of</strong> cavitary structures - ECS) are a simplified example <strong>of</strong> this complicated pattern and the<br />
antigravity effect can be observed already in such a simple structure Here are more photographs <strong>of</strong><br />
honeycombs:<br />
Fig. 6. Multi-cell structures <strong>of</strong> insects magnified by an electronic microscope<br />
by hundreds and thousands times<br />
These are the only photographs in the book, where “…strange stellate cells…” can be seen. Possibly, it is<br />
the construction’s prototype. At least, this is something very close. We can suppose that these are<br />
honeycombs (on micro-level) and an element with a star consisting <strong>of</strong> multi-layer mesh <strong>of</strong> cells is<br />
formed. Just like on the photographs.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
61
And, in two years <strong>of</strong> laborious work, a gravity<br />
plane shown on Fig. 3 appeared: an aircraft with<br />
amazing characteristics. It is invisible, need no<br />
traditional engine as we imagine it, and has no<br />
wings or a propeller. It is noiseless; easily reach<br />
a safe flight speed <strong>of</strong> 1500 km/h, which is not<br />
felt by a pilot: there are no either inertia<br />
properties <strong>of</strong> a moving body or heat influence<br />
<strong>of</strong> the environmental air to the aircraft, or<br />
dynamic pressure or other effects. It also has a<br />
very simple design: a post with two handles<br />
placed on an opened platform.<br />
A detective story<br />
In 1992, in “Molodost Sibiri” newspaper, a prerelease<br />
<strong>of</strong> Grebennikov’s book “My world” was<br />
published. The photographs <strong>of</strong> Grebennikov<br />
flying by his platform were published in the<br />
article for the first time. The photographs were<br />
also published in “Tehnika molodezhi” magazine.<br />
From bad to worse, it was written in a “Tehnika<br />
molodezhi” article that total volume <strong>of</strong> the<br />
book was meant to be 500 pages and 400 colorful<br />
images. In the same article, it is written that<br />
the aircraft principles, heights and outfit will<br />
be given in “My world”. Grebennikov was going<br />
to completely describe his invention. The whole<br />
book was aimed at it. But pro<strong>of</strong>readers and an<br />
editor (and, possibly, the according authorities)<br />
explained Grebennikov that it is forbidden to<br />
publish such information.<br />
So, Grebennikov had to remove fragments <strong>of</strong><br />
the text and patch it up. This is why a lot <strong>of</strong><br />
hints and keys remained in the book. In order<br />
to completely remove information on the<br />
platform, he had to rewrite the whole book!<br />
Two photographs with Grebennikov’s flight<br />
were left in the book because they were already<br />
known to people. As a result, the book’s total<br />
volume was more than 300 pages and there were<br />
a lot <strong>of</strong> inappropriate butterfly images in the<br />
end <strong>of</strong> the 5th chapter”.<br />
Though Grebennikov could not publish the<br />
invention’s description, he tried to tell readers<br />
fundamentals <strong>of</strong> his inventions by hints<br />
(because, in 1990ies, he WANTED to tell this<br />
to the world and, only in 2000ies, after he<br />
became ill, he began to reduce the information<br />
considering it dangerous for people’s health).<br />
In the “Tehnika molodezhi” article, it was<br />
written that Grebennikov had demonstrated<br />
his platform in a museum (in Siberian Research<br />
Institute <strong>of</strong> Agriculture and Agricultural<br />
Chemistry) FOR EVERYONE! Possibly, a big<br />
colorful photograph <strong>of</strong> the aircraft was taken<br />
in the museum. If it is so, there must be eyewitnesses<br />
who saw the aircraft. There must be<br />
a lot <strong>of</strong> them.<br />
A real device was made in one copy and<br />
disappeared after Grebennikov’s death.<br />
However, in the mentioned above museum, a<br />
model <strong>of</strong> the device made by Grebennikov<br />
remained. Actually, only the post remained. The<br />
board was stolen, the post was roughly pulled<br />
out, all plaster wing nuts were broken –<br />
apparently, they tried to untwist them!<br />
Everything – buttons, toggle, right handle <strong>of</strong><br />
the handle bar – was made <strong>of</strong> playdough, plaster<br />
and papier-mache and then covered with silver<br />
paint. Grebennikov obviously tried to<br />
reproduce an appearance <strong>of</strong> the real device with<br />
maximal accuracy because it is much easier to<br />
use real wings nuts in the model. In this case,<br />
however, plaster copies were made using the<br />
real board. It is a pity that the lower part <strong>of</strong> the<br />
platform, i.e. the board, was lost. It could<br />
contain copies <strong>of</strong> block-boards’ parts and<br />
mirrored a real scheme <strong>of</strong> kinematic blind<br />
control. If we could look at the control scheme,<br />
it would be possible to remove many versions<br />
considering antigravity production principle.<br />
A range <strong>of</strong> questions would narrow…<br />
The device<br />
A fine analysis <strong>of</strong> a possible design <strong>of</strong><br />
Grebennikov’s platform is published at http://<br />
dragon-matrix.narod.ru/ (it is not real but a<br />
supposed design).<br />
The platform’s post (the handle bar)<br />
The first handle bar’s section is a T-shaped<br />
welded construction with a lot <strong>of</strong> buttons, signal<br />
indicators (light-emitting diodes) and even an<br />
electrical toggle. The instrument at the handle<br />
bar’s center is an altitude meter.<br />
An electrical snap-action (two-position) toggle<br />
(5) is used for turning on board electrical<br />
equipment (signal light-emitting diodes) and,<br />
62 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 7. A scheme <strong>of</strong> elements <strong>of</strong> the first (upper) post’s elbow<br />
possibly, additionally, for “permission” <strong>of</strong> motor<br />
device operation process.<br />
At the left <strong>of</strong> the altitude meter, opposite to<br />
the toggle, the electrical button-starter (3) is<br />
located. Grebennikov pushed it when the device<br />
still stood on the ground (right before take-<strong>of</strong>f).<br />
Pushing the button, a condenser plate in the<br />
motor device is charged by a high potential. On<br />
the end <strong>of</strong> the left handle, another lightemitting<br />
diode (1 – traditionally, it is called<br />
“green”, in order to distinguish it). It shows<br />
charge presence on the motor device’s<br />
condenser plate and, possibly, a charge degree<br />
<strong>of</strong> the plate (by different brightness <strong>of</strong> glow).<br />
In the opposite direction, on the end <strong>of</strong> the right<br />
handle, two light-emitting diodes are placed: red<br />
(8) and white (7). They are directly connected<br />
to plug-and-sockets placed in mechanical units<br />
<strong>of</strong> joining-separation and change <strong>of</strong> blinds’<br />
tilting. The white light-emitting diode induces<br />
straight motion while the red one induces quick<br />
slowdown.<br />
Left rotary handle (2) controls blinds<br />
separation with increase <strong>of</strong> an active surface –<br />
a vertical traction. The right one (6) controls<br />
change <strong>of</strong> rotation angle <strong>of</strong> every blinds’ plate<br />
around the long axis – a horizontal traction.<br />
Two mechanical buttons-catchers (14, 9)<br />
directed at a pilot’s belly are placed lower than<br />
the toggle and the button-starter. They are<br />
connected to the rotary arms according to<br />
“push and turn” principle. In order to turn the<br />
arm, it is necessary to press an according button<br />
by a thumb (to release the arm’s motion) and<br />
then it is possible to rotate it freely pressing<br />
the button. If you stop pressing the button, the<br />
arm will stay fixed in the existing position (with<br />
the given angle). This helps to carry out the<br />
hovering mode and choose a fixed height and<br />
flight speed (during a long flight time).<br />
All other “convex” elements located at the first<br />
handle bar’s elbow are retention screws. There<br />
are no control and diagnostics elements except<br />
the mentioned ones. The most interesting thing<br />
is that the upper (right) handle bar’s section<br />
TURNS like a handle bar <strong>of</strong> a standard bike (!)<br />
controlling a mechanism <strong>of</strong> the platform<br />
rotation (unsynchronism <strong>of</strong> the symmetric<br />
block-boards’ rotation). A rotary effort is<br />
transferred by a flexible elastic cable (with a<br />
diameter <strong>of</strong> about 10 mm). The biggest screw<br />
on the handle bar (13) located under the<br />
altitude meter in the center is a bonding <strong>of</strong> this<br />
cable. Bonding <strong>of</strong> the whole post to the<br />
platform, this rotary cable is set into a central<br />
socket (the biggest one on the photograph,<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
63
Fig. 8. A scheme <strong>of</strong> elements <strong>of</strong> the fourth (lower) post’s elbow<br />
where Grebennikov keeps his suitcase).<br />
“Loosening screw-nuts on the control post, I<br />
shorten it like an antenna <strong>of</strong> a radio set, and<br />
take it (Grebennikov means this cable) out <strong>of</strong><br />
the platform, which is folded in two, due to<br />
joints”.<br />
By the way, the handle bar could rotate. Near a<br />
bolt <strong>of</strong> the rotary cable bonding, a cramp is stuck<br />
(10). Grebennikov tied himself to it with a belt.<br />
The second elbow is not interesting because it<br />
is a standard pipe. It is only necessary to<br />
mention that it does NOT rotate together with<br />
the first one but is fixed to the third elbow,<br />
which, for its turn, is screwed to the fourth<br />
immovable elbow. A wing nut on the first elbow<br />
(11) DOES NOT ATTACH the first elbow to<br />
the second one. Instead, it holds a special<br />
bushing, which helps the handle bar to turn.<br />
There is a button directed to a pilot on the third<br />
elbow. It is not a light emitting diode but a<br />
button because Grebennikov painted it the<br />
same brown paint as the post. Who would paint<br />
light emitting diodes which do not light bright<br />
The use <strong>of</strong> this button will remain unknown,<br />
perhaps. And we will not know how the wing<br />
nut on the forth elbow was used (it is located in<br />
the center and directed to a pilot).<br />
The forth elbow ends by perpendicular flange<br />
(25, with three bolts), which decreases the “pull<br />
out” moment. The lower elbow cannot rotate<br />
because a device <strong>of</strong> the lower side rotary arm is<br />
stuck to it. A body <strong>of</strong> the device (17) is a<br />
CYLINDRICAL pipe section (it is stuck to the<br />
post horizontally). A free end <strong>of</strong> the body is cut<br />
with an angle <strong>of</strong> about 40 degrees and closed by<br />
round plate-stub (16) with three small screws.<br />
There is a hole in the stub’s center, where our<br />
handle (15) protrudes from. The handle is<br />
spring-loaded and has a mechanical nature. It is<br />
necessary to pay attention to rod (18) starting<br />
from the handle’s body to the control box.<br />
Actually, this is a hollow pipe, where either a<br />
cable or a rod with a bolt head (at the bottom)<br />
slides. When the handle is turned against a pilot,<br />
it is impossible to fly. If it is turned to a pilot, it<br />
is possible to fly.<br />
There is an adjusting element (26) on the upper<br />
handle’s surface. It looks like a small cylinder<br />
with a horizontal metal rod, which is used for<br />
64 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
its rotation. It adjusts accuracy <strong>of</strong> the<br />
connection-disconnection mechanism’s<br />
operation (by pulling up the cable or somehow<br />
else). Most likely, the handle is a standard<br />
protecting device, which blocks accidental<br />
operation <strong>of</strong> the platform’s antigravity devices<br />
without a pilot.<br />
Now let us discuss a small box in the bottom <strong>of</strong><br />
the post. Four wing nuts (19, 24) located on<br />
the upper surface <strong>of</strong> the box fix the post to the<br />
platform. Two side (opposite) wing nuts (20,<br />
23) adjust accuracy <strong>of</strong> “distributors” operation<br />
(accuracy <strong>of</strong> bringing together and<br />
synchronization <strong>of</strong> the blinds). There are two<br />
“distributors”: the left one is used for separating<br />
the blinds and the right one is used for change<br />
<strong>of</strong> the blinds’ angle. Each mechanical<br />
“distributor” <strong>of</strong> the efforts (located<br />
horizontally) is connected to a cable from each<br />
<strong>of</strong> the rotary arms <strong>of</strong> the handle bar. Then,<br />
efforts are distributed to several cables, to each<br />
<strong>of</strong> four blinds’ blocks.<br />
There is a treadle (22) in the box from the pilot’s<br />
side for the right foot. Its function is quick<br />
slowdown (and also standard slowdown).<br />
Another electrical snap-action toggle is located<br />
near the treadle (at the left <strong>of</strong> it). It has bright<br />
orange color and either made <strong>of</strong> transparent<br />
plastic and lit from inside by a light emitting<br />
diode or made <strong>of</strong> an opaque material and<br />
painted by a fluorescent paint (with phosphorus<br />
or something like this). Why is it painted It is<br />
made so due to the fact that it is used only at<br />
night, i.e. under conditions <strong>of</strong> limited<br />
illumination.<br />
What does it control A small headlight is<br />
placed on the right side <strong>of</strong> the box (like a<br />
reflector <strong>of</strong> a flash-light). It turns the<br />
headlight on. A flash-light lamp is used. It is<br />
connected through a resistor to a small<br />
accumulator hidden in the same box at the<br />
handle bar’s base (it is an analogue <strong>of</strong> “Krona”<br />
battery <strong>of</strong> 9 Volt; it has the same size but it is<br />
cylindrical).<br />
It is necessary to mention that such an<br />
accumulator can supply all light emitting<br />
diodes, headlights and a high-voltage<br />
transformer and charge the condenser plates<br />
in the motion device for a couple <strong>of</strong> weeks <strong>of</strong><br />
continuous operation (at least, it will be<br />
enough for a rather long time). It can also be<br />
charged at home.<br />
The headlight can be used during take-<strong>of</strong>f and<br />
landing and is useless during flight due to two<br />
reasons. First, there is nothing to light in the<br />
sky. Second, if the platform’s irradiators have<br />
sufficient power, the platform becomes<br />
invisible and stops light from going out <strong>of</strong> its<br />
field’s limits. Besides, it is difficult to<br />
ACCIDENTALLY step on and break the<br />
toggle glowing in the dark because it is placed<br />
not very well.<br />
Fig. 9. A bottom view <strong>of</strong> the platform (the picture from “My world book”). The design <strong>of</strong> the back<br />
blinds-fans can be seen.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
65
The platform’s base<br />
Grebennikov made his airplane <strong>of</strong> a platform,<br />
so numerous screws and wing nuts are just<br />
lightly modified platform’s parts.<br />
Each <strong>of</strong> the platform halves was made by<br />
Grebennikov <strong>of</strong> ONE wooden piece while<br />
industrially produced platforms are made <strong>of</strong><br />
plywood with attached boards. But this is a<br />
box <strong>of</strong> old Soviet microscope package with<br />
an external walls’ thickness <strong>of</strong> 8 mm and an<br />
internal walls’ thickness <strong>of</strong> about 50 mm.<br />
Grebennikov only had to take out a plastic<br />
foam interlay and cover the body with drying<br />
oil. He made this though the board’s thickness<br />
<strong>of</strong> 8 mm is rather u<strong>nr</strong>eliable. Possibly,<br />
Grebennikov strengthened the base by sheet<br />
metal from inside.<br />
Blinds (block-boards)<br />
The blinds’ design is a standard FAN made <strong>of</strong><br />
flat long elements. There are four fans. Each <strong>of</strong><br />
their four axles is fixed vertically at the<br />
platform’s corners. It can be seen in<br />
photographs. Even a picture by Grebennikov<br />
showing its device from below exists!<br />
Two bolt heads can also be seen on the<br />
photographs, approximately in the center <strong>of</strong><br />
each platform halves. This is a bonding <strong>of</strong> the<br />
distribution mechanism, which transfers effort<br />
from the “distributors” to a fan opening device.<br />
Each fan consists <strong>of</strong> nine plates. In order to make<br />
them strong, the plates are made <strong>of</strong> sheet metal.<br />
Micro-nets are stuck from the upper surface <strong>of</strong><br />
each plate. On the one hand, the metal does not<br />
prevent nets from operating because the effect<br />
<strong>of</strong> cavitary structures cannot be screened and,<br />
on the other hand, protects them from<br />
mechanical influences such as influence <strong>of</strong> grass<br />
during landing. Holes in the plates, which can<br />
be seen, are not related to micro-cells. They are<br />
made only for lightening the metal plates’<br />
weight. Do you see that it is difficult for<br />
Grebennikov to hold even a lightened version<br />
<strong>of</strong> his platform<br />
Antigravity effect (created due to the effect <strong>of</strong><br />
cavitary structures) is produced by the cells but<br />
they need “fuel” in order to work with maximal<br />
efficiency.<br />
Roughly speaking, the effect <strong>of</strong> cavitary<br />
structures works the following way: any<br />
material consists <strong>of</strong> particles vibrating by its<br />
own frequency (read Tesla’s cosmology, works<br />
<strong>of</strong> John Keely, Thomas He<strong>nr</strong>y Morey, Wilhelm<br />
Reich and others). Due to such internal atomic<br />
vibrations, a stationary wave exists in the<br />
environment, around any object (and further,<br />
discrete “reflections” or maximums <strong>of</strong> such a<br />
wave).<br />
Thus, a frequency and length <strong>of</strong> such vibration<br />
are unique for any material (according to<br />
Grebennikov, this is a “reflection <strong>of</strong> de Broglie<br />
waves). If we make a cavity, its walls will begin<br />
to “radiate” towards each other or under some<br />
angles. If a right size <strong>of</strong> such a cell will be found,<br />
waves’ maximums will sum up and a field will be<br />
strengthened in the given point <strong>of</strong> space (field<br />
antinode).<br />
So, let us make conclusions. First, as many as<br />
possible surfaces are necessary for one cell (it<br />
may seem strange but a polygon with maximal<br />
quantity <strong>of</strong> sides, which can be used for filling a<br />
plane without gaps and fractally is a hexagon).<br />
Second, the less the size <strong>of</strong> each cell, the more<br />
quantity <strong>of</strong> surfaces, which we can have with<br />
the same volume. The more cells and,<br />
accordingly, the more surfaces, the stronger the<br />
effect <strong>of</strong> cavitary structures. Let us remark<br />
more that size <strong>of</strong> one cell is not arbitrary but<br />
divisible by wave “reflections” (maximums’<br />
position), which, in their turn, depend on a used<br />
material. Wave “reflections” can be far from the<br />
surface as well as very close to it. Closer ones<br />
have stronger power.<br />
So, we have a very fine net. By specifying a<br />
certain geometry <strong>of</strong> its cells (size and form <strong>of</strong><br />
planes, angles between the planes), we<br />
concentrate our STATIC field (the material’s<br />
“radiation”) in certain points <strong>of</strong> space.<br />
However, we are interested, first <strong>of</strong> all, in force<br />
GRADIENT. The mentioned static field does<br />
not produce yield and confirms the law <strong>of</strong><br />
energy conservation. We don’t have<br />
antigravity so far.<br />
Then we use lepton theory <strong>of</strong> Isakov (remember<br />
that lepton, aether, and orgone are the same).<br />
We have to determine such a form <strong>of</strong> cells, which<br />
will allow having different field force: from a<br />
66 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
very low on the one side to a very high on<br />
another. The less distance to the cell material<br />
surface, the stronger wave “reflections” we<br />
have. We make a simple and logical conclusion<br />
that one side <strong>of</strong> the cell must be geometrically<br />
less than another. If an initial cell is<br />
cylindrical, we have a cone: if it is triangular<br />
or square, we have a pyramid with a triangular<br />
or square base. If we initially have a<br />
hexagonal cell, the pyramid will be hexagonal<br />
too.<br />
It is necessary to tell about lepton<br />
explanation <strong>of</strong> gravity effect. This means that<br />
leptons fly all over space in all directions,<br />
chaotically. They pass through all bodies but<br />
still they transmit some (very small) part <strong>of</strong><br />
their speed to these bodies. Now imagine two<br />
spheres. A lepton stream flying from one<br />
sphere to another passes through the first<br />
sphere, brakes and “irradiates” the second<br />
sphere less than the first one (the second<br />
sphere is in “lepton shadow” <strong>of</strong> the first one).<br />
And on the contrary. Thus, pressure from the<br />
direction <strong>of</strong> the internal space (between the<br />
spheres) will be less than the external<br />
pressure, which leads to attraction (i.e.<br />
pushing together) <strong>of</strong> two bodies. This effect<br />
is called gravity.<br />
So, we need antigravity. There are leptons or<br />
aether everywhere in universe. If a device will<br />
be invented, which will be able to change<br />
leptons’ direction to the necessary one<br />
(create aether wind), our task will be solved.<br />
We already have such a device – this is our<br />
cell. A cell <strong>of</strong> the conic (or cuneiform) kind<br />
takes up a lepton stream from the horizontal<br />
direction (it will become obvious after we<br />
read Wilhelm Reich’s works in the<br />
attachment) and reapportion it to the vertical<br />
one: a small part <strong>of</strong> the stream goes in one<br />
direction while almost the whole stream goes<br />
in another. Of course, if the cell’s axis is placed<br />
vertically as in Grebennikov’s platform.<br />
Now, if we place such a solid net consisting <strong>of</strong><br />
the micro-cells under the platform (in a zone<br />
BETWEEN the bodies, i.e. between the Earth<br />
and the platform with a man) and orient it in<br />
such a way that “aether wind”, which is<br />
created by it, blows the platform from the<br />
bottom compensating insufficiency <strong>of</strong> lepton<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
pressure (as described above), the platform<br />
and its passenger will become imponderable<br />
and fly up. Controlling a power <strong>of</strong> an aether<br />
stream and its directions (the blinds are used<br />
for this), we have the same rough material<br />
idea <strong>of</strong> force vector as in the case <strong>of</strong> jet<br />
streams. The only difference is that aether is<br />
so insensible for us that there are no strong<br />
air streams. At first sight, there is nothing!<br />
The platform just picks up speed and height<br />
without any sound, visual and other effects.<br />
Inertia force doesn’t influence a pilot. It is<br />
necessary to note that a head is heavier than<br />
legs while the legs, in their turn, are heavier<br />
than the platform – it is a gradient <strong>of</strong> the<br />
antigravity force!<br />
It is interesting that it is possible to make<br />
symmetric cells (like usual honeycombs)<br />
instead <strong>of</strong> cuneiform ones. A half <strong>of</strong> this<br />
“aether wind” can blow in the ground – it s<br />
all right. It is u<strong>nr</strong>easonable: about a half <strong>of</strong><br />
the power is lost (power, however, can be<br />
increased by decreasing cells’ size by 0.5) but,<br />
technologically, such nets are easier to build.<br />
Now let us tell about the cells’ “fuel”.<br />
Grebennikov noted that, in case with the<br />
effect <strong>of</strong> cavitary structures experiments, it<br />
is necessary to take the Sun into account<br />
under normal conditions. The point is that,<br />
together with sunlight, an intensive aether<br />
(or lepton, this is the same) flow goes from<br />
the Sun. As it was noted by Grebennikov,<br />
during take-<strong>of</strong>f, Grebennikov’s aircraft was<br />
always carried away in a direction, which was<br />
opposite to the Sun. This happened because,<br />
from the Sun side, the fans got more effective<br />
supply and worked more effectively moving<br />
the aircraft in another direction. This is the<br />
answer. In the event when the aircraft was<br />
moved away due to different reasons, this<br />
cannon be explained by “usual conditions”. In<br />
this case, different environmental<br />
disturbances take place. We will not consider<br />
them here because these are fluctuations,<br />
which do not hamper in flying.<br />
Let us now think about electrostatics. If in all<br />
descriptions <strong>of</strong> Grebennikov’s experiments<br />
including the beetle regularity “two layers <strong>of</strong><br />
reticular structures are more powerful than one<br />
layer” takes place, how a fact can be explained<br />
67
that a folded fan (a multi-layer package <strong>of</strong> nets)<br />
is much WEAKER than an unfolded by<br />
Grebennikov one (i.e. place all nets in one<br />
layer)<br />
It is obvious that power increases during fan<br />
unfolding: “Moving a handle, I unfold the<br />
blinds again and hoick vertically” or “A<br />
flexible cable inside the handle transmits<br />
motion from the left handle to the gravity<br />
blind. Folding and unfolding them, I carry out<br />
take-<strong>of</strong>f or landing”. What increases during<br />
the blinds’ unfolding Right, their square<br />
increases. But not just square but a square <strong>of</strong><br />
interaction with the second layer. It is<br />
understandable that there are no additional<br />
elements under the fans. But there is such a<br />
structure above them! Remember about the<br />
sheet metal<br />
Why electrostatics Various purely electrical<br />
elements are installed on the platform. It means<br />
that electricity is used. It is also known that an<br />
electrostatic field <strong>of</strong> high potential can produce<br />
yield (remember what Tesla told) and is not<br />
consumed during this. It is possible to obtain<br />
high voltage <strong>of</strong> dozens kilovolt by rather<br />
compact devices which use watch batteries. In<br />
Novosibirsk, in the 90ies, a whole kind <strong>of</strong> such<br />
devices was sold: from shokers to stimulators.<br />
Such a “box” can be easily placed in the box<br />
under the post. Pressing the button-starter<br />
(the button on the left <strong>of</strong> the handle bar), the<br />
transformer turns on for a short time and the<br />
terminal’s plate located a little higher than the<br />
nets obtains a considerable static charge. The<br />
“green” diode indicates a charging degree <strong>of</strong> the<br />
terminal. The terminal cannot discharge itself,<br />
during operation, but it is slowly discharged<br />
through the air (a so called corona discharge).<br />
Thus, Grebennikov periodically had to press the<br />
mentioned button taking into account the<br />
diode’s light. It is possible to build an automatic<br />
scheme controlling this process but<br />
Grebennikov did not know radio electronics and<br />
hardly knew electrotechnology.<br />
There is only one vexed question: “What did<br />
Grebennikov show on the picture It could be<br />
either BOTH halves <strong>of</strong> the platform or only<br />
ITS BACK half”. The first version will be<br />
asserted by supporters <strong>of</strong> a rough<br />
interpretation <strong>of</strong> the platform’s operation: a<br />
repulsive force, which is directed DOWN<br />
(vortex technologies and others). The second<br />
version is confirmed by a reasonable thought:<br />
“there are NO two internal vertical partitions,<br />
to which rotary hinges are fixed, between the<br />
fans on the picture. It means that two BACK<br />
fans are shown on the picture”. In our<br />
supposition, we consider a force directed UP<br />
and “blowing” at the platform from below.<br />
Understanding the construction this way, it is<br />
possible to explain how the brake is carried out<br />
by incline <strong>of</strong> the back couple <strong>of</strong> the fans. This is<br />
how the treadle on the platform works.<br />
Accordingly, the front fans work the same way<br />
but mirroring (creating traction in the motion<br />
direction). It is necessary to note, just in case<br />
(for military men and cosmonauts), that the<br />
incline changes not the whole fan but each<br />
separate plate. Each plate has its own axis.<br />
The left handle USUALLY works only with the<br />
back fans (It will not be surprising if two back<br />
fans will turn out to be much stronger than the<br />
front ones), i.e. creates the vertical traction.<br />
Grebennikov stands only on the back half <strong>of</strong><br />
the platform. Make your conclusions. The<br />
right handle ALWAYS controls only the front<br />
fans, i.e. creates the horizontal traction (the<br />
while diode lights). Rotation, as it was already<br />
discussed, is transmitted mechanically by<br />
twisting a thick flexible cable. The rotary effort<br />
is transferred from the lower transmitting unit<br />
in the center <strong>of</strong> the box under the handle bar by<br />
a standard “car” method, i.e. through hard<br />
control-rods with trunnion balls at their ends<br />
(but the trunnion balls can be absent) directly<br />
to “rotary” unit <strong>of</strong> the FRONT fans bonding.<br />
The back fans are not used by Grebennikov for<br />
control. This allows not transmitting all this to<br />
the back block-filters. So, the back couple is<br />
mechanically simpler than the front one by one<br />
third. During flight, the fans are unfolded and,<br />
when the treadle is pressed, the treadle drive<br />
rotates the plates and hampers the platform<br />
after preliminary turning <strong>of</strong>f the “gas handle”<br />
(the white diode goes out and the red one<br />
lights). The effort for the plates’ unfolding and<br />
their turn to the back fans is transmitted<br />
through flexible cables; this allows easily<br />
folding the platform. Thus, the treadle is an<br />
analogue <strong>of</strong> the right handle but for the front<br />
fans instead <strong>of</strong> the back ones.<br />
68 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Invisibility <strong>of</strong> the gravity plane<br />
A reason <strong>of</strong> a pilot’s instable invisibility<br />
described by Grebennikov is caused by four<br />
crossed fields exists instead <strong>of</strong> the place <strong>of</strong> one<br />
field’s influence. A product space is where a pilot<br />
stands. If only one field would exist, it would be<br />
stable.<br />
The fans, according to the flight mode, change<br />
radiation power and radiation direction all the<br />
time (take-<strong>of</strong>f/fall, acceleration/slowdown<br />
and, mainly, turn). So we just have to comment<br />
presence <strong>of</strong> the invisibility effect.<br />
Light could freely come to the “sphere” around<br />
Grebennikov (in the influence zone <strong>of</strong> the field<br />
created by the nets) but could not come back.<br />
This is why Grebennikov was invisible. He<br />
could see everything because light reached his<br />
retina. But no reflected beams came from him<br />
because the entire light (a flow <strong>of</strong> particles<br />
coming from outside) was absorbed by the<br />
process generated by the nets, i.e. light was<br />
utilized (a flow <strong>of</strong> particles bringing the “fuel”<br />
to the nets).<br />
When Grebennikov stood on the ground, he<br />
was visible because the blinds were folded and<br />
did not work (therefore, they did not absorb<br />
light or any other particles). As soon as he began<br />
to rise and increase power (increasing the fans’<br />
square), he smoothly (not suddenly) started<br />
becoming invisible. Of course, the invisibility<br />
was full during flight and, coming back, the<br />
process was the same. This is why, when<br />
Grebennikov flew low above the ground (and<br />
generated low power), he became visible (cast<br />
shadow). The same happened during quick<br />
landing, in the “falling like a stone” mode, when<br />
the blinds were folded: he became fully visible.<br />
This is why it was possible to take a photograph<br />
<strong>of</strong> Grebennikov during take-<strong>of</strong>f, when he flew<br />
low. But when he flew “above pine’s tops”, it<br />
was impossible to photograph Grebennikov<br />
because there were no reflected beams from<br />
him, thus he was invisible.<br />
Humidity and electrostatics<br />
Grebennikov noticed one more detail: it was<br />
impossible to fly by the platform during rainy<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
weather. On the one hand, actually, increased<br />
humidity does not promote electrostatics<br />
(and a bronze poplar borer flies only during<br />
sunny weather because chitin is very<br />
electrostatic; a beetle, most likely, uses the<br />
following effect: statics+ECS=strong<br />
antigravity). On the other hand, as<br />
Grebennikov wrote:<br />
“Put a shower head on a tap and turn on<br />
cold water. Slowly bring your palm to a<br />
beam <strong>of</strong> falling drops aside: most people feel<br />
heat at this moment. In fact, this is ECS<br />
increased by motion <strong>of</strong> new elements <strong>of</strong> the<br />
“multilayer net”: falling water drops and<br />
gaps between them. After training in a<br />
kitchen or in a bathroom, feel stronger ECS<br />
at fountains or waterfalls. Even if<br />
atmosphere pressure is not falling, remote<br />
rain creates a strong ECS field influencing<br />
at a distance <strong>of</strong> many kilometers.<br />
Remember how we want to sleep before rain<br />
even in a closed room: ECS cannot be<br />
screened”.<br />
Many small drops and gaps between them<br />
form a multidimensional void structure,<br />
which influences by its ECS. This, however,<br />
does not help the device based on the same<br />
principle to fly.<br />
Under the picture with the bronze poplar<br />
borer Grebennikov wrote:<br />
“When a big Middle-Asia bronze poplar<br />
borer sits like that (this is live!) on a finger,<br />
the finger feels like it is pulled up”.<br />
Pay your attention: the insect is “LIVE”!!!<br />
Possibly, wing cases <strong>of</strong> a dried beetle will<br />
NOT show the repulsion effect. I repeat:<br />
possibly. What do I mean Perhaps, the dried<br />
beetle has no sufficient static charge on its<br />
chitin and this prevents display <strong>of</strong> antigravity<br />
effect. It is also possible that statics is<br />
transmitted not by wing cases’ surface but<br />
by hemolymph (a blood type) <strong>of</strong> insects. Or<br />
maybe this is not statics but something else.<br />
As an example, here is a small fragment from<br />
Mister X’s “works” (The editor’s note: Mister<br />
X is a visitor <strong>of</strong> http://gragonsmatrix.narod.ru<br />
site forum):<br />
69
“Once I accidentally killed a standard and<br />
not prominent ladybird (I knew about<br />
Grebennikov’s discovery from the article). I<br />
am confused to confess but I tried even laying<br />
one wing case on another but it gave no result.<br />
I had no microscope and I used a standard<br />
magnifying glass for examination <strong>of</strong> the wing<br />
cases. Even under such a small magnification<br />
I could clearly see inside thin longitudinal<br />
walls-“edges”. Following mere curiosity, I<br />
crushed one <strong>of</strong> the wing case between my<br />
fingers. As a result, a red liquid flew out <strong>of</strong> it.<br />
My curiosity continues, this is why I took a<br />
standard flat battery, a lamp and a piece <strong>of</strong><br />
cross patching. I found out an interesting fact:<br />
the liquid was a conductor. After I read the<br />
book and analyzed the pictures, it dawned<br />
upon me that we have a simplest electrolytic<br />
condenser with hemolymph (insects’ blood)<br />
as electrolyte and dielectric (chitin)!".<br />
What an idea! The electrolytic condenser, what<br />
do you think! In general, it is obvious that, even<br />
if we get the necessary wing cases, a lot <strong>of</strong><br />
DIFFERENT experiments must be carried out.<br />
But how to impact properties <strong>of</strong> the “live” wing<br />
cases to the “dead” ones Grebennikov’s platform<br />
worked; this is a fact, so it is possible to technically<br />
reproduce the effect <strong>of</strong> the “live” wing cases.<br />
The editor’s note: Here it is appropriate to<br />
remember readers about another approach<br />
to creation <strong>of</strong> engines, which is called<br />
“asymmetrical condensers”. Articles<br />
devoted to this topic have been published in<br />
our magazine.<br />
Eye-witnesses<br />
As it was found out, Grebennikov hoped to<br />
remain invisible in vain. People who saw him in<br />
the sky were found. Mister X writes:<br />
“I was interested in Grebennikov’s question<br />
since an article called “Night flight over the<br />
city” had been published in “Molodost Sibiri”<br />
newspaper in 1991. A precondition was my<br />
only observation <strong>of</strong> UFO flight in the middle <strong>of</strong><br />
March 1990. The UFO did not look like a<br />
“saucer” or an “object”. The observed object<br />
was practically the same as on the picture<br />
thought I cannot judge whether it was<br />
Grebennikov’s flight or not.”<br />
Biological hazard<br />
Grebennikov died at the age <strong>of</strong> 74. The age is<br />
venerable, but death was caused by a number<br />
<strong>of</strong> diseases, which can be obtained, for example,<br />
as a result <strong>of</strong> irradiation <strong>of</strong> a strong<br />
electromagnetic field. And Grebennikov<br />
confirmed that obtained the diseases due to<br />
flights by the platform. But a triangular bearer<br />
frame can be made <strong>of</strong> pipes, a platform can be<br />
placed in each corner <strong>of</strong> the frame and a pilot’s<br />
seat can be placed in the middle <strong>of</strong> this<br />
construction. In this case, a pilot will NEVER<br />
be in a filed <strong>of</strong> the platform’s influence.<br />
Moreover, Grebennikov mentioned that the<br />
triangular design with three elements (net<br />
platforms) is an ideal kind <strong>of</strong> control.<br />
In order to exclude a pilot’s contact with<br />
atmosphere, a hermetic cockpit is installed. It<br />
provides full comfort and safety.<br />
Questions and answers<br />
Question: Why did Grebennikov stood flying<br />
instead <strong>of</strong>, for example, sitting on the platform<br />
with his legs down and, in this case, why did not<br />
he make a shorter handle bar<br />
Answer: Both the platform and Grebennikov<br />
was COMPLETELY in the zone <strong>of</strong><br />
compensated gravity’s influence, i.e. their mass<br />
and, more precisely, their weight was not<br />
positive but negative, which allowed flying. If<br />
he would put his legs OUT the field’s limits,<br />
their weight would become normal again, i.e.<br />
about 30-40 kg. As a result, the platform would<br />
change its vertical position in space to a<br />
horizontal one due to outweigh by the appeared<br />
weight. And Grebennikov would just fall from<br />
it. In general, nothing can be put out the<br />
platform’s limits during flight.<br />
Question: Thus, it is impossible to build a device<br />
where a pilot will be OUT <strong>of</strong> the dangerous<br />
radiation <strong>of</strong> the blinds. Is it necessary to be in<br />
the field’s influence zone as Grebennikov did<br />
Answer: No, this is a mistake. The pilot’s cockpit<br />
can be placed outside the limits <strong>of</strong> the<br />
admittedly harmful radiation. It is just<br />
necessary to have at least three independent<br />
platforms placed on the edges <strong>of</strong> such a “saucer”<br />
70 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
in the device’s construction. Besides, the blinds<br />
must be made more powerful than<br />
Grebennikov’s blinds because we will have to<br />
carry a not nullificated mass <strong>of</strong> the cockpit and<br />
a pilot placed in the center between the<br />
irradiators. Moreover, it is necessary to have<br />
an automatic stability device, which would<br />
remove list <strong>of</strong> the aircraft manipulating by<br />
powers <strong>of</strong> all three irradiators.<br />
Question: Why do cells (for example, pipes)<br />
oriented vertically “irradiate” stronger than the<br />
ones oriented horizontally (remember how<br />
Grebennikov tried to tie some wing cases<br />
together and all his experiments on ECS) if<br />
aether is everywhere<br />
Answer: There are not sufficient quantity <strong>of</strong><br />
aether wind in a space BETWEEN two objects<br />
in a vector’s direction from one object to<br />
another. As we see, the Earth has a huge size<br />
and, accordingly, considerably ties up a stream<br />
flowing through it. This causes its strong<br />
gravity influence on other objects. If we place<br />
any cell (pipe) horizontally, aether will be<br />
absorbed from the vertical direction through<br />
walls <strong>of</strong> such a cell. Due to the fact that a lepton<br />
flow in this case is very depressed, we obtain low<br />
efficiency. If we place any cell (pipe) vertically,<br />
aether will be absorbed from the horizontal<br />
direction. In the horizontal direction, aether winds<br />
are not “screened” (because the Earth is lower<br />
than the pipe and, for example, the platform is<br />
higher. The second object can be missing).<br />
Question: What is a “fractal principle”<br />
Answer: Imagine standard honeycombs. We<br />
take one hexagonal cell. If it has the right size,<br />
antinodes <strong>of</strong> the ECS field from each wall <strong>of</strong><br />
this cell must coincide exactly along the central<br />
axis (reflection <strong>of</strong> de Broglie waves), i.e. the<br />
same “maximum” <strong>of</strong> the stationary wave. We<br />
have a certain power. Let us add six cells along<br />
the circumference – it is an approximate<br />
hexagon. Antinodes <strong>of</strong> the ECS field from the<br />
newly formed EXTERNAL sides <strong>of</strong> this big<br />
hexagon will coincide again and meet in the<br />
center but these will be other reflections<br />
(stronger than the first ones observed by us).<br />
Both groups <strong>of</strong> “maximums” sum up and, as a<br />
result, we obtain a field, which is stronger than<br />
that created by all cells participating in the<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
process and taken individually. Now we add<br />
other 12 cells along the external outline and so<br />
on. ECS maximums <strong>of</strong> different ranges will sum<br />
up all the time. This is a clear “fractal principle”.<br />
Obviously, this is why there were so many<br />
hexagons in Grebennikov’s book.<br />
Question: How can we work with micro-cell<br />
nets – press them, assemble them in blockboards<br />
and install these boards to the device, -<br />
if a cell will immediately fly if we let it <strong>of</strong>f<br />
Answer: This is a widely spread mistake. The<br />
nets do not fly themselves. Only objects placed<br />
in the compensated gravity zone (above the<br />
horizontally placed nets) has weight equal to 0.<br />
Difficulties appear only at the last stage <strong>of</strong><br />
assembling when powers <strong>of</strong> construction<br />
elements are relatively strong and influence<br />
each other. In this case, assembling the device,<br />
it is necessary to watch the nets being in the<br />
vertical position. This relates to Grebennikov:<br />
when he folded and unfolded his platform, he<br />
put it vertically (I mean the board).<br />
Question: Grebennikov could not turn at small<br />
power <strong>of</strong> the vertical traction (during take-<strong>of</strong>f,<br />
landing and slowdown), could he<br />
Answer: Yes, it is because, in the event <strong>of</strong> the<br />
minimal vertical traction, the blinds are hardly<br />
unfolded. This does not allow normally turning<br />
the plates around their axes (change their<br />
incline angle). During slowdown, a drive <strong>of</strong> the<br />
“gas” handle turns <strong>of</strong>f. This makes use <strong>of</strong> the<br />
handle bar useless because the plates <strong>of</strong> the front<br />
fans are placed in the horizontal plane too.<br />
Due to the fact that the back fans bore the main<br />
vertical load, it is possible that the front fans<br />
are half-unfolded in their minimal position<br />
(when the right handle is not turned), which<br />
allows using the handle bar during low-power<br />
flight modes. If it is not so, it is still possible to<br />
do so. It seems to me that Grebennikov did not<br />
do this because he was pulled away from the<br />
Sun and he could not fight with it and, therefore,<br />
could not manipulate the turning function<br />
during take-<strong>of</strong>f. Fundamentally, these details do<br />
not influence flight because motion is<br />
inertialess and, during change <strong>of</strong> reapportion<br />
<strong>of</strong> an aether wind flow, a motion vector changes<br />
at the same time.<br />
71
Question: Could the handle bar really turn<br />
Answer: Let us think: actually, the left handle<br />
is busy (it unfolds the blinds and creates the<br />
vertical traction); the right handle, according<br />
to the description, changes incline <strong>of</strong> the blinds’<br />
elements (i.e. creates the horizontal traction<br />
from zero to maximum). Thus, only the treadle<br />
is left <strong>of</strong> all control tools. But, using the treadle<br />
(if we consider it as an analogue <strong>of</strong> another turn<br />
handle from a motorbike), we can turn the<br />
horizontal plane only in one side (motion <strong>of</strong> the<br />
treadle is one-way like motion <strong>of</strong> the handle).<br />
It is very inconvenient and, therefore, u<strong>nr</strong>eal.<br />
So, we make a conclusion that the handle bar<br />
actually turns to the left and to the right and<br />
the handle bar controls turning. The<br />
photographs confirm this.<br />
Question: How can you prove that the treadle<br />
is used as a brake and is not, for example, a device<br />
controlling operation <strong>of</strong> a complex motion<br />
device<br />
Answer: Let us think again. Both handles<br />
change speed from zero to maximum (one –<br />
vertically while another – horizontally). In<br />
order to contradict, if necessary, a vertical<br />
force, it is possible simply to unfold the blinds<br />
(de-energize them) and, due to the fact that the<br />
platform ALWAYS flies with its bottom turned<br />
to the ground, gravity force does its work for<br />
us. It is different with the horizontal motion.<br />
We can gather speed from zero to maximum<br />
without any problems but how can we quickly<br />
slowdown if necessary According to<br />
Grebennikov’s words, there is not even air<br />
friction! It leads to a necessity to have another<br />
control element on the platform, i.e. the treadlebrake,<br />
which acts the same way but opposite to<br />
the right handle.<br />
Question: It is not logically to trust one’s life<br />
to presence or absence <strong>of</strong> voltage in the<br />
accumulator. What if it will run down during<br />
flight<br />
Answer: First, this is unlikely. Second, even this<br />
happens, nothing fatal will happen. The nets will<br />
work though not with maximal power. This<br />
event, possibly, will lead to a smooth landing <strong>of</strong><br />
the aircraft (because the high-potential terminal<br />
will run down not quickly but smoothly).<br />
Question: Why did Grebennikov tried to draw<br />
energy vortex exhaust from the platform on<br />
pictures <strong>of</strong> night flights<br />
Answer: Possibly, Grebennikov used not cone<br />
cells but symmetric ones in his design. I.e. an<br />
aether flow was distributed up as well as down<br />
in them. This variant is a working one, too.<br />
Taking into account use <strong>of</strong> high-voltage<br />
potential, aether flows carried bigger particles<br />
(charged ions, for example), which became<br />
visible in darkness. They were formed into single<br />
discrete pseudo-vortexes due to presence <strong>of</strong><br />
holes in the blinds’ metal plates (metal absorbs<br />
or hamper radiation while the holes let them<br />
pass freely).<br />
Question: Why do you think that the drive<br />
from the right rotary handle goes only to the<br />
front fans but not for all <strong>of</strong> them<br />
Answer: Here is what Grebennikov wrote:<br />
“The upper part <strong>of</strong> my device is really a bike’s<br />
one: the right handle is used for horizontalforward<br />
motion, which is made by incline <strong>of</strong><br />
both groups <strong>of</strong> the blinds also through the<br />
cable”. He wrote “BOTH”, i.e. he meant the<br />
two front fans (a fan is a single group <strong>of</strong> the<br />
blinds or, in other words, a block-board).<br />
Appendixes: scientific hypotheses and<br />
extracts from articles<br />
Lepton-hypothesis <strong>of</strong> B.I. Isakov. Extracts<br />
Consequence 5. According to the formulas, an<br />
opportunity follows that high values <strong>of</strong><br />
gradients <strong>of</strong> lepton physical fields’ objects can<br />
be observed in zones opposite to acute angles<br />
<strong>of</strong> solid bodies, geological rocks, on tectonic<br />
plates’ edges, on rock peaks, on tops <strong>of</strong> big cliffs<br />
and pyramids etc., particularly, matter outflow<br />
in the form <strong>of</strong> leptons and other elementary<br />
particles is possible.<br />
Discovery <strong>of</strong> electron emission in zones <strong>of</strong><br />
geological rocks’ fractions (USSR, 1984) is a<br />
particular manifestation <strong>of</strong> a more general law.<br />
A body placed opposite to acute projected<br />
angles <strong>of</strong> other bodies or solid rocks, on tops <strong>of</strong><br />
cliffs and pyramids etc. can be irradiated by<br />
leptons. On the contrary, bodies placed inside<br />
hollow planes <strong>of</strong> other solid bodies, for example,<br />
72 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
inside pipes, cylinders, and cones or placed in a<br />
polyhedral or a 3-dimensional angle can<br />
experience “swap-out” <strong>of</strong> microleptons.<br />
Biological objects with weakened microlepton<br />
fields can be “charged” with lepton energy on<br />
tops <strong>of</strong> rocks or pyramids. On the contrary,<br />
excessively excited biological objects calm<br />
down quicker if they are placed into internal<br />
cavities <strong>of</strong> solid matter with negative curvature<br />
or into an angle, a bay etc. with geometrical<br />
unbalance <strong>of</strong> matter, which is equivalent to<br />
negative curvature (possibly, a custom <strong>of</strong> many<br />
nations to calm down overexcited children<br />
placing them in a corner makes sense).<br />
Consequence 14. According to the lepton<br />
hypothesis, each body is permeated extensively<br />
by lepton streams, which bombard it and<br />
balance lepton pressure up to a zero average<br />
resultant. Interaction <strong>of</strong> leptons with a body<br />
happens all over the body’s volume, not only on<br />
its surface. If preponderance or deficiency <strong>of</strong><br />
lepton pressure will be artificially created just<br />
on one side by focusing lepton streams or, on<br />
the contrary, by obstruct them from the body<br />
by some screen or an artificial lepton vortex, a<br />
no-zero resultant can be created, which will be<br />
able to move light objects.<br />
This can explain telekinesis phenomenon,<br />
particularly, experiments <strong>of</strong> V. Avdeev, R.<br />
Kuleshova and others and also poltergeist<br />
effects. The lepton hypothesis allows<br />
comprehending the universal gravity<br />
mechanism expressed by <strong>New</strong>ton’s law from a<br />
new point <strong>of</strong> view. Two bodies located close to<br />
each other partially screen each other from<br />
lepton streams’ pressure. From the external<br />
sides, preponderance <strong>of</strong> lepton pressure in<br />
comparison with a pressure from the side <strong>of</strong> a<br />
space between the bodies is created because<br />
each body partially hampers lepton streams<br />
coming through it. If point mass m is located<br />
near distributed mass M, a force equal to the<br />
screening force influences m…<br />
… where d is a constant <strong>of</strong> proportionality; p is<br />
a density <strong>of</strong> matter in the distributed mass, g is<br />
a distance and a multitude <strong>of</strong> distances from<br />
variable body point M to point mass m; l is a<br />
body angle corresponding to angle sizes <strong>of</strong><br />
distributed mass M and a point <strong>of</strong> location <strong>of</strong> point<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
mass m; f(r) is a function <strong>of</strong> body M geometry; 12<br />
is a function <strong>of</strong> geometry and curvature <strong>of</strong> a lepton<br />
stream in the given point <strong>of</strong> space.<br />
The lepton hypothesis allows not postulating<br />
but concluding, substantiating theoretically<br />
and comprehending, understanding <strong>New</strong>ton’s<br />
law, understanding the concealed gravity and<br />
remote influence mechanism. If two bodies with<br />
distributed masses M1 and M2 are located close<br />
to each other, a resultant force does not change<br />
fundamentally, only a conclusion <strong>of</strong> <strong>New</strong>ton’s low<br />
becomes more complex while the fundamental<br />
nature <strong>of</strong> the dependence does not change.<br />
Thus, according to the lepton hypothesis,<br />
attraction is a deficiency <strong>of</strong> repulsion, i.e. the<br />
law <strong>of</strong> gravity can be considered as a<br />
consequence <strong>of</strong> the law <strong>of</strong> lepton repulsion (or<br />
lepton compression, pressure) during bodies’<br />
screening, which leads to that the bodies are<br />
pressed to each other. If the lepton hypothesis<br />
is right, it is possible to suppose a potential<br />
possibility <strong>of</strong> varying gravity and inertia mass<br />
<strong>of</strong> a body under certain conditions:<br />
1) during change <strong>of</strong> lepton streams’ focusing<br />
with the help <strong>of</strong> “lepton lenses” causing their<br />
concentration on the given, lepton rockets and<br />
lepton flying discs;<br />
2) during huge speed <strong>of</strong> lepton vortexes’<br />
rotation with high angular velocity, which is<br />
equivalent to screening from lepton streams.<br />
If the lepton hypothesis is right, the mentioned<br />
mechanism gives a possibility <strong>of</strong> partial or<br />
complete gravity control. The suggested<br />
mechanism <strong>of</strong> potentially possible partial or<br />
complete levitation must be thoroughly<br />
checked experimentally. If the lepton<br />
hypothesis is right, lepton engines, rockets and<br />
flying discs are possible.<br />
A nature <strong>of</strong> the effect <strong>of</strong> cavitary structures<br />
Which is a physical nature <strong>of</strong> the cavitary<br />
structures effect Many suppositions and<br />
hypothesis have been expressed but,<br />
unfortunately, many <strong>of</strong> them are connected<br />
with extrasensory perception, which is<br />
fashionable among modern intellectuals for<br />
some reasons. A theory <strong>of</strong> Leningrad physician,<br />
Doctor <strong>of</strong> Technical Science, V.F. Zolotarev<br />
73
deserves better attention. It was developed by<br />
him earlier and experimentally confirmed now.<br />
As a result <strong>of</strong> long combined researches, we<br />
characterized the discovery as “an unknown<br />
effect <strong>of</strong> multi-cavitary structures’ interaction<br />
with living systems consisting in that, due to<br />
interference, de Broglie waves accompanying<br />
motion <strong>of</strong> electron flows in solid walls <strong>of</strong><br />
cavities form a macroscopic field <strong>of</strong> multicavitary<br />
structures, which cause change <strong>of</strong><br />
functional state <strong>of</strong> living objects locating in<br />
this field”.<br />
De Broglie waves are peculiar to moving microparticles<br />
<strong>of</strong> any body. They are compensated<br />
inside the body and displayed as radiation on<br />
its surface. They are so short-wave and superhigh-frequency<br />
that instruments pick them up<br />
only in the form <strong>of</strong> diffraction but still they<br />
helped science. Remember peculiar pictures <strong>of</strong><br />
electrons and neutrons obtained on crystals<br />
and films with the help <strong>of</strong> de Broglie waves.<br />
Nobody thought that these scanty radiations<br />
can influence living matter somehow. And they<br />
did not influence – at least near flat objects.<br />
But near multi-cavitary structures, where a<br />
square <strong>of</strong> solid bodies is big and multiply curved,<br />
de Broglie waves are put together and form,<br />
like musical overtones, harmonies with lower<br />
frequencies.<br />
Thus, lengthening and strengthening due to<br />
laying on ach other in cells, they form<br />
antinodes-maximums <strong>of</strong> stationary de Broglie<br />
waves. Striking on these passive barriers, nerve<br />
impulses glitch changing their frequency and<br />
speed and causing not only seeming feelings but<br />
also sometimes considerable physiological<br />
changes.<br />
Stationary de Broglie waves do not have their<br />
own energy and, therefore, the law <strong>of</strong> energy<br />
conservation is not violated. Due to the fact<br />
that de Broglie waves moves in physical<br />
vacuum, the effect <strong>of</strong> cavitary structures<br />
must permeate everything. We observe it<br />
when we uselessly try to stop the effect up<br />
by any screen.<br />
The editors’ note: In 1996, Pr<strong>of</strong>. Zolotarev<br />
gave me a copy <strong>of</strong> his manuscript. We studied<br />
it, prepared a plan <strong>of</strong> experiments and began<br />
to search for investors. It was useless. Our<br />
situation that time could be described by<br />
words “starvation” and “poverty”. I<br />
remember that Pr<strong>of</strong>essor had to raise<br />
chickens in his flat for some food. Possibly,<br />
now somebody will be seriously interested in<br />
beginning a research program on the effect<br />
<strong>of</strong> cavitary structures aimed at creation <strong>of</strong><br />
real engines for space systems. A.V. Frolov.<br />
<strong>Energy</strong> fields <strong>of</strong><br />
geometrical forms<br />
www.keelynet.com<br />
Works <strong>of</strong> Wilhelm Reich are also connected<br />
with change aether density. We would like to<br />
express some interesting thoughts:<br />
“<strong>Energy</strong> fields <strong>of</strong> geometrical forms” are special<br />
effects connected with the modern concept <strong>of</strong><br />
aether. Some optimal geometrical forms and<br />
materials can be used for constructing devices,<br />
which react under influence <strong>of</strong> only<br />
environmental conditions, i.e. without<br />
additional external stimulation. Contraction<br />
details <strong>of</strong> two simple devices, which produce a<br />
tangible linear force influence without use <strong>of</strong><br />
any additional energy at the input. It is possible<br />
to note two meanings <strong>of</strong> these training<br />
demonstration devices: (1) they prove that an<br />
aetheric kind <strong>of</strong> matter exists and any average<br />
person can feel it; (2) they demonstrate reliable<br />
methods <strong>of</strong> aetheric activation, which can be<br />
used for new energy applications.<br />
Other examples <strong>of</strong> devices with efficiency more<br />
than one include a venerable organ-pipe and an<br />
electromagnetic antenna.<br />
These devices work using resonance method<br />
when relatively low vibration <strong>of</strong> amplitude is<br />
reflected back. An echo signal can be many<br />
times more than an input signal in dependence<br />
on sizes <strong>of</strong> the device. The most effective size<br />
<strong>of</strong> the resonator accurately corresponds with<br />
a quarter <strong>of</strong> the initial wave length.<br />
Resonance will also occur with any lengths<br />
which are divisible by an odd number <strong>of</strong> a<br />
quarter <strong>of</strong> waves’ lengths. In these cases, we<br />
find that geometry <strong>of</strong> the specific device has<br />
minor significance. If the geometry is<br />
optimized for conditions at the<br />
74 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
input, a maximal increase or an increased echo<br />
can be obtained.<br />
We can summarize characteristics <strong>of</strong> these<br />
“super-single” devices as devices using<br />
“geometrical energy fields” because intensity<br />
<strong>of</strong> full energy <strong>of</strong> echo, which can be produced<br />
only as a function <strong>of</strong> size, form and location.<br />
Remembering that, we can suppose that certain<br />
highly optimized geometrical forms could<br />
provide for an increased echo without any<br />
additional input signal at all. Such a device<br />
could induce an effective echo increasing the<br />
finest vibrations at quantum level, which are<br />
much lower than the threshold our ability to<br />
measure them.<br />
Despite the fact that the subtlest natural forces<br />
have been studied for thousands years, it can<br />
be proved that a modern era began in 1844. In<br />
1844, Baron Karl von Reichenbach from<br />
Stuttgart published a series <strong>of</strong> letters<br />
describing his research <strong>of</strong> aether, which was<br />
called “OD” by him. Reichenbach discovered<br />
that a part <strong>of</strong> all people can visually feel outflow<br />
from tops <strong>of</strong> crystals and magnets if they had<br />
been first properly located in full darkness. He<br />
called such people “sensitives”.<br />
Some time later, Reichenbach decided that<br />
aether can permeate through materials like silk,<br />
glass and metal. According to his ideas, aether<br />
seems to permeate all things in different density.<br />
Large quantities <strong>of</strong> aether could be found in<br />
sunlight and candle flame.<br />
On the edge <strong>of</strong> the century, an Austrian<br />
philosopher Rudolf Steiner with clairvoyance<br />
talent researched an invisible world <strong>of</strong> aetheric<br />
forces. His close partner and biographer<br />
Guenther Wachsmith continued this work after<br />
Steiner’s death and published a masterwork <strong>of</strong><br />
his teacher called “Aetheric shaping forces in<br />
Space, Earth and Man”.<br />
A first true engineer <strong>of</strong> aetheric forces was<br />
Wilhelm Reich who discovered, as he called it,<br />
an “orgone energy” in 1939. Like Reichenbach,<br />
Reich discovered that metals able to conduct<br />
aether a hundred ears ago. His real big<br />
achievement, however, was an understanding<br />
<strong>of</strong> the fact that organic materials have a<br />
tendency to absorb aether. Laying two kinds <strong>of</strong><br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
materials together, Reich could produce a<br />
directed aether flow.<br />
Reich developed a first working device for<br />
collection and concentration <strong>of</strong> aether. An<br />
“orgone accumulator” is a box with six walls<br />
made <strong>of</strong> alternating layers <strong>of</strong> metal and organic<br />
materials. Under controlled conditions, this<br />
device produced an inexplicable temperature<br />
increase in its internal part. This was enough<br />
for attracting attention <strong>of</strong> Albert Einstein who<br />
met Reich in January 1941. Reich also<br />
experimented with a “cloudbuster” (a buster<br />
for clouds dispersion), a tower-shaped device<br />
which, most likely, directed an aether flow<br />
through atmosphere.<br />
Possible, the biggest contribution to aether<br />
engineering technologies was made by Trevor<br />
James Constable. He was a follower <strong>of</strong> Steiner,<br />
Wachsmith, Reich and others. He spent more<br />
than 40 years improving use <strong>of</strong> the aether<br />
technology <strong>of</strong> weather control. He discovered<br />
that some geometrical forms, possibly, show a<br />
big aether echo. During many years, he<br />
developed his methods so that a device with a<br />
size <strong>of</strong> a c<strong>of</strong>fee mug located, accordingly, far<br />
from an ocean ship could change weather<br />
condition over a distance <strong>of</strong> many miles around it.<br />
Constable discovery <strong>of</strong> resonance aetheric<br />
structures was important for research <strong>of</strong> the<br />
new energy. Now a simple geometrical device<br />
can direct a concentrated beam <strong>of</strong> aetheric<br />
forces through any type <strong>of</strong> a device with high<br />
accuracy. Actually, a degree <strong>of</strong> aether<br />
concentration is so high that human organs <strong>of</strong><br />
senses can directly feel its resultant pressure.<br />
Thanks to pioneer works <strong>of</strong> the above<br />
mentioned scientists, it is possible to describe a<br />
design <strong>of</strong> two resonance aether devices, which<br />
Fig. 10. Stimulation <strong>of</strong> the directed aether stream<br />
75
Fig. 11. The “emitting” device <strong>of</strong> ECS<br />
Fig. 12. The “vacuum” device <strong>of</strong> ECS<br />
were called “Chi Pencils” by the author. Both<br />
devices are built around a central resonance<br />
cavity. A formula for calculation <strong>of</strong> the<br />
resonance cavity’s size was obtained from a<br />
research <strong>of</strong> a ballistics expert Gerald Bull from<br />
Philadelphia.<br />
An “emitting” device is generally a cylindrical<br />
metal cavity with a no-metal external layer. Due<br />
to boundary effects discovered by Reich, aether<br />
is absorbed from space through a side surface<br />
and emitted through both sides (actually, it is<br />
like laser). Geometrical energy fields around the<br />
emitting device are shown on Fig. 11.<br />
How to build the emitting device. The<br />
following things are necessary:<br />
- a piece <strong>of</strong> a 5/32-inches copper pipe;<br />
- a 1/8-inches s<strong>of</strong>t cotton cord;<br />
- a metal knife for the pipe;<br />
- a meter-stick, a sharp knife and glue.<br />
Cut a piece <strong>of</strong> the copper pipe with a length <strong>of</strong><br />
18.1 cm. Apply a small bead <strong>of</strong> hot glue to the<br />
external part <strong>of</strong> one end and fix the cotton cord<br />
there. Wind 2 cm, apply a bead <strong>of</strong> hot glue and<br />
wind the cord arount the entire pipe. Cut excess<br />
<strong>of</strong> the cord.<br />
A “vacuum” device is made the other way. We<br />
need a non-metal cylindrical cavity with a metal<br />
external layer. Aether is drawn into one end and<br />
dispersed through the sides. A geometrical<br />
energy field around the vacuum device is shown<br />
on Fig. 12.<br />
How to build the vacuum device. The following<br />
things are necessary:<br />
- a piece <strong>of</strong> vinyl hose with a diameter <strong>of</strong> 5/<br />
32 inches;<br />
- a piece <strong>of</strong> a copper pipe with a diameter <strong>of</strong><br />
5/16 inches;<br />
- a metal knife for the hose and the pipe;<br />
- a meter-stick, a sharp knife and electrical<br />
insulation tape.<br />
Cut a piece <strong>of</strong> the copper pipe with a length <strong>of</strong><br />
18.1 cm. Wind the electrical insulation tape<br />
around the vinyl hose in some places in such a<br />
way that it could closely go into the copper pipe.<br />
Push the vinyl hose into the copper pipe until<br />
its end appear. Cut excess <strong>of</strong> the vinyl hose.<br />
The noted streams <strong>of</strong> aether forces generated<br />
by above described different resonance devices<br />
allow defying their discovery by standard<br />
instruments. It is not surprising that, as many<br />
people think, aether is “live” energy while<br />
standard instruments are, <strong>of</strong> course, “dead”.<br />
However, discovery <strong>of</strong> aether forces by a living<br />
organism (such as a human body) is known.<br />
Editors’ note: we hope that publication <strong>of</strong> the<br />
given materials will cause interest <strong>of</strong><br />
experimenters who will try to examine these<br />
effects. Creating aether streams, changing<br />
aether density, it is possible to produce not<br />
only force effects, i.e. motion. Due to the fact<br />
that matter elements are processes in aether<br />
(vortex processes), aether parameters<br />
influence speed <strong>of</strong> existence <strong>of</strong> any matter. It<br />
was confirmed in the experiments which<br />
were carried out by our company with V.A.<br />
Chernobrov. It is obvious that gravity and<br />
time speed are mutually connected effects.<br />
Due to this, creation <strong>of</strong> such devices defies<br />
not only the Earth’s gravity but also Time.<br />
We would appreciate <strong>of</strong>fers from<br />
organizations which could invest into<br />
development <strong>of</strong> these technologies.<br />
A.V. Frolov,<br />
General Director <strong>of</strong><br />
“Faraday Lab Ltd” company<br />
76 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
In figures from Grebennikov’s book “My<br />
world”, effects <strong>of</strong> repulsion <strong>of</strong> recently cut<br />
plants’ stems (Fig. 15) and a bunch <strong>of</strong> pipes (Fig.<br />
13, 14) are shown. These are simple and<br />
convincing experiments during which the effect<br />
<strong>of</strong> repulsion is manifested.<br />
Fig. 14<br />
Fig. 13<br />
Fig. 15<br />
Dear subscribers, thank you for interest<br />
to “<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong>” magazine.<br />
Please note that publications in 2006<br />
are not planned.<br />
All best respects,<br />
Editors<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
77
Gravity Driven Generator<br />
Russell Lee<br />
RusLee863@aol.com<br />
I would like to bring to your attention the Pinwheel<br />
Generator located at the following address:<br />
http://www.godproven.com/gp33.htm. The<br />
Designs for the World Project has openly given<br />
this design, as they have all <strong>of</strong> their others, freely<br />
to all nations <strong>of</strong> the world.<br />
Description <strong>of</strong> the Pinwheel Generator<br />
As weight ball #1 moves down cylinder (A), the<br />
fluid in (A) is forced at high pressure through piping<br />
#2, turning the Pelton wheel (C), and into cylinder<br />
(B). When the weight ball has reached the bottom<br />
<strong>of</strong> the cylinder, the situation will exist where the<br />
mechanism is over-weighted to one side, the side<br />
having the top cylinder filled with fluid, and the<br />
right horizontal cylinder filled with fluid. The<br />
weight ball in the empty left horizontal cylinder<br />
has rolled near the axis and is held in place there by<br />
magnetic attraction from the inside cradle. The<br />
filled right cylinder weighs more that the empty<br />
left cylinder so that when the #1 weight ball unlocks<br />
cylinder (A) (at the bottom <strong>of</strong> the cylinder), the<br />
weighted right side will begin moving down causing<br />
the entire mechanism to rotate 90 degrees until the<br />
full right cylinder has rotated to be on the bottom<br />
and vertical, where it's weight ball begins it's<br />
assent-beginning the process again.<br />
During this process, as cylinder (A) began rotating<br />
up to the empty left side position, it's weight ball,<br />
still at the bottom begins to assert it's weight as a<br />
counter weight to the filled right cylinder's weight.<br />
At the same time, however, the filled top cylinder<br />
(B), now rotating to the filled right side cylinder<br />
position, begins to assert it's weight alsocountering<br />
cylinder (A)'s weight with more weight.<br />
Now the situation exists where two full cylinders<br />
are combining their weights to rotate empty<br />
cylinder (A) to the horizontal position. They have<br />
more than enough weight to do this.<br />
When cylinder (A) is at the horizontal position,<br />
it's weight ball rolls toward the axis, and, being<br />
magnetic, is held in place there. At the bottom, the<br />
unlocking mechanism, as it is depressed by the<br />
20,000 pound weight ball (made <strong>of</strong> a magnetic<br />
material- a solid steel ball would be 1/4+- the inside<br />
diameter <strong>of</strong> the cylinder), depresses the spring<br />
loaded shock absorber-type mechanism and<br />
compresses it's inner spring-storing 15,000<br />
pounds+ energy in the spring.<br />
As the mechanism unlocks, and the rotation begins,<br />
the shock absorber rotates with the unlocking<br />
mechanism, applying it's compressed spring energy<br />
to the rotation, giving cylinder (A) a 15,000 pound<br />
push-<strong>of</strong>f. Between the combined weights <strong>of</strong> the<br />
filled cylinders, and the 15,000 pound boost, the<br />
successful operation <strong>of</strong> the mechanism is assured.<br />
The turning <strong>of</strong> the Pelton wheel also turns the<br />
larger wheel that turns the generator.<br />
Fig. 1<br />
The scale <strong>of</strong> the mechanism, the weight <strong>of</strong> the balls,<br />
and the length/width <strong>of</strong> the cylinders, can be<br />
adjusted to produce the amount <strong>of</strong> electricity<br />
needed. This is a perpetual motion mechanism, the<br />
generator is an attachment, as would be a water<br />
pump, an air compressor, etc... In a chain these<br />
generators could pump water from South Africa to<br />
the Sahara, without ever needing one watt <strong>of</strong><br />
electricity, or one gallon <strong>of</strong> fuel! No more droughts,<br />
no more lack <strong>of</strong> energy, no more justification for<br />
energy wars.<br />
78 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Membraneless Fuel Cells<br />
Review by S. Shlenchak, Russia<br />
using materials from www.physorg.com<br />
Fuel Cell Prototype<br />
for ThinkPad Notebooks<br />
IBM and SANYO Electric unveiled initial plans<br />
for a prototype micro direct methanol fuel cell<br />
system for IBM ThinkPad notebooks. Leveraging<br />
SANYO's latest advancements in fuel cells that<br />
increase the longevity <strong>of</strong> notebook batteries, IBM<br />
and SANYO jointly developed a basic design <strong>of</strong> a<br />
fuel cell power source. Based on the design, the<br />
companies developed a prototype fuel cell system<br />
that could supply up to 8 hours <strong>of</strong> power per<br />
cartridge on current and future ThinkPad models.<br />
SANYO's system was designed to be compatible<br />
with most current ThinkPad models without the<br />
need to alter the notebook design.<br />
A fuel cell is an electrochemical device similar to a<br />
battery, but differing from the latter in that it is<br />
designed for continuous replenishment <strong>of</strong> the<br />
reactants consumed; i.e. it produces electricity<br />
from an external fuel supply as opposed to the<br />
limited internal energy storage capacity <strong>of</strong> a<br />
battery. Typical reactants used in a fuel cell are<br />
hydrogen on the anode side and oxygen on the<br />
cathode side (a hydrogen cell). The only<br />
byproduct <strong>of</strong> a hydrogen fuel cell is water vapor.<br />
The fuel cell system also includes an auxiliary bay<br />
IBM's Ultrabay Slim Battery to supplement peak<br />
power consumption for business applications. In<br />
addition, the auxiliary bay could be used to make<br />
the power supply even more versatile by charging<br />
an Ultrabay Slim Battery.<br />
The fuel cell system could enable ThinkPad<br />
notebooks to run intensive business<br />
applications such as multimedia, graphics and<br />
computation programs, while performing tasks<br />
such as security updates and scheduled<br />
maintenance without draining PC battery<br />
power. These capabilities could provide added<br />
stability for increased productivity, access to<br />
information and customer service.<br />
"There are a number <strong>of</strong> vendors developing fuel<br />
cell battery prototypes for PCs and mobile<br />
devices, but the combination <strong>of</strong> IBM's first-class<br />
ThinkPad notebooks and SANYO's leadership<br />
position in the technology will accelerate research<br />
and development in the field," said Peter<br />
Hortensius, vice president, IBM Personal<br />
Computing Division. "We do not focus simply on<br />
the 'wow factor' <strong>of</strong> fuel cells - we see it as a<br />
powerful enabler that could support a wide variety<br />
<strong>of</strong> business applications. These companies are<br />
collaborating to help carry ThinkPad notebooks<br />
to the next generation <strong>of</strong> power supplies, while<br />
supporting the highest levels <strong>of</strong> business<br />
productivity."<br />
The IBM PC Division's ThinkPad development<br />
team has focused on new behavioral usage models<br />
for fuel cells in mobile computing, such as docking<br />
stations used for <strong>of</strong>fice 'hoteling' concepts and<br />
the deployment <strong>of</strong> notebook computers in<br />
locations remote from traditional power sources.<br />
"SANYO, as the world technology leader in<br />
rechargeable batteries, has been conducting<br />
research and development <strong>of</strong> fuel cells. I am proud<br />
to work in earnest specifically with IBM to create<br />
an innovative fuel cell system with the ThinkPad<br />
design, the industry standard in business<br />
computing," said Mitsuru Homma, Group<br />
Executive <strong>of</strong> SANYO's Power Solutions Group.<br />
"This is quite a new concept that utilizes both<br />
micro fuel cells and rechargeable batteries. This<br />
hybrid system could enable the user to efficiently<br />
operate IBM's ThinkPad notebooks for a longer<br />
time compared to systems with only a fuel cell<br />
while also providing the convenience <strong>of</strong> an AC<br />
cordless environment."<br />
The IBM PC Division's research and<br />
development <strong>of</strong> ThinkPad mobile computing<br />
technology takes place at the Yamato Laboratory<br />
in Kanagawa Prefecture, Japan and at<br />
development facilities in Research Triangle Park,<br />
North Carolina. After the launch <strong>of</strong> the new<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
79
Lenovo Group in the second quarter, 2005, these<br />
resources will be joined by Lenovo R&D facilities<br />
in Beijing and Shanghai.<br />
SANYO is the world's leading producer <strong>of</strong><br />
rechargeable batteries, supplying power to mobile<br />
phones, notebook PCs and other mobile devices.<br />
SANYO's <strong>Energy</strong> Research Facility is a<br />
stronghold for research and development in the<br />
mobile energy field. SANYO is building a strong<br />
base for the next generation <strong>of</strong> mobile energy<br />
businesses by consistently performing<br />
fundamental and application technology research,<br />
working with a wide range <strong>of</strong> mobile energy<br />
related technology.<br />
Membraneless fuel cell is tiny,<br />
versatile<br />
A fuel cell designed by researchers at the<br />
University <strong>of</strong> Illinois at Urbana-Champaign can<br />
operate without a solid membrane separating fuel<br />
and oxidant, and functions with alkaline<br />
chemistry in addition to the more common acidic<br />
chemistry.<br />
Like a battery, a fuel cell changes chemical energy<br />
into electrical energy. While most fuel cells<br />
employ a physical barrier to separate the fuel and<br />
oxidant, the micr<strong>of</strong>luidic fuel cell developed at<br />
Illinois utilizes multi-stream laminar flow to<br />
accomplish the same task.<br />
“The system uses a Y-shaped micr<strong>of</strong>luidic channel<br />
in which two liquid streams containing fuel and<br />
oxidant merge and flow between catalyst-covered<br />
electrodes without mixing,” said Paul Kenis, a<br />
pr<strong>of</strong>essor <strong>of</strong> chemical and biomolecular<br />
engineering and a researcher at the Beckman<br />
Institute for Advanced Science and Technology.<br />
pass through the cell to the cathode, where they<br />
recombine with electrons, which traveled through<br />
an external circuit. Most fuel cells use a polymer<br />
electrolyte membrane to separate the cathode<br />
and anode.<br />
In the Illinois fuel cell, the physical membrane is<br />
replaced by the behavior <strong>of</strong> laminar flow. The fuel<br />
and oxidant are brought together as liquid<br />
streams in the microchannel. The protons and<br />
electrons diffuse through the liquid-liquid<br />
interface.<br />
This configuration <strong>of</strong>fers several advantages over<br />
PEM-based fuel cells, including fewer parts and<br />
simpler design. It also means that membraneless<br />
fuel cells are compatible with alkaline chemistry.<br />
Just as alkaline batteries outperform acidic<br />
batteries, alkaline fuel cells should be superior to<br />
acidic fuel cells, Kenis said. Several problems,<br />
however, have prevented the widespread use <strong>of</strong><br />
alkaline chemistries in PEM-based fuel cells.<br />
Among them are poor permeability <strong>of</strong> the<br />
membranes to hydroxide ions (which take the<br />
place <strong>of</strong> protons in acidic fuel cells) and clogging<br />
<strong>of</strong> the membranes from the formation <strong>of</strong><br />
carbonates.<br />
The system designed by Paul Kenis (Fig. 1), a<br />
pr<strong>of</strong>essor <strong>of</strong> chemical and biomolecular<br />
engineering, uses a Y-shaped micr<strong>of</strong>luidic channel<br />
in which two liquid streams containing fule and<br />
oxidant merge and flow between catalyst-covered<br />
electrods without mixing.<br />
Fluids flowing through channels <strong>of</strong> microscale<br />
dimensions behave differently than fluids flowing<br />
through the much larger pipes found in home<br />
plumbing systems, Kenis said. “At the microscale,<br />
there is no turbulence. This laminar flow means<br />
streams <strong>of</strong> fuel and oxidant can pass side by side<br />
without having a physical barrier in between.”<br />
A fuel cell consists <strong>of</strong> two electrodes (an anode<br />
and a cathode), a fuel source and an oxidant.<br />
Reactions occur as the anode liberates protons<br />
and electrons from hydrogen atoms. The protons<br />
Fig. 1. Paul Kenis’ system<br />
80 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
“Our fuel cell doesn’t suffer from these<br />
problems, because it doesn’t make use <strong>of</strong> a<br />
membrane,” said Kenis.<br />
“Since the membraneless fuel cell is based on a<br />
phenomenon that occurs only at the microscale,<br />
we can’t just scale up to larger dimensions,”<br />
Kenis said. “Instead, we need to scale out by<br />
creating arrays <strong>of</strong> many fuel cells connected in<br />
series and in parallel.”<br />
In applications such as power sources for<br />
portable computers or battery chargers,<br />
multiple fuel cells will have to be integrated to<br />
attain sufficient power levels.<br />
<strong>New</strong> fuel cell drives around hydrogen<br />
economy roadblocks<br />
"A hydrogen economy is not a perfectly clean<br />
system," said Scott A. Barnett, pr<strong>of</strong>essor <strong>of</strong><br />
materials science and engineering. "You have to<br />
process fossil fuels at a plant to produce hydrogen<br />
fuel as well as develop an infrastructure to get<br />
that fuel into vehicles. We have bypassed these<br />
technological hurdles by basically bringing the<br />
hydrogen plant inside and pairing it with a hightemperature<br />
fuel cell in one compact unit that has<br />
a fuel efficiency <strong>of</strong> up to 50 percent."<br />
In a paper to be published online today (March<br />
31) by the journal Science, Barnett and graduate<br />
student Zhongliang Zhan report the development<br />
<strong>of</strong> a new solid oxide fuel cell, or SOFC, that<br />
converts a liquid transportation fuel - iso-octane,<br />
a high-purity compound similar to gasoline - into<br />
hydrogen which is then used by the fuel cell to<br />
produce energy. The cells could lead to costeffective,<br />
clean and efficient electrical-power<br />
sources for applications ranging from aircraft and<br />
homes to cars and trucks.<br />
Although only demonstrated on a small scale,<br />
Barnett and Zhan's fuel cells are projected to have<br />
a 50 percent fuel efficiency when used in a fullsized<br />
fuel cell generator, which would improve on<br />
other technologies. Higher fuel efficiencies mean<br />
less precious fuel is consumed and less carbon<br />
dioxide, a greenhouse-effect gas related to global<br />
warming, is produced. Internal combustion<br />
engines have a "well-to-wheels" efficiency <strong>of</strong> a<br />
mere 10 to 15 percent. Current hydrogen fuel cells<br />
that require hydrogen plants and new<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
infrastructure have been calculated to have a<br />
29 percent fuel efficiency while commercial<br />
gas/electric hybrid vehicles already have<br />
achieved 32 percent.<br />
"The advent <strong>of</strong> hybrid vehicles has shaken up the<br />
fuel cell community and made researchers rethink<br />
hydrogen as a fuel," said Barnett, who drives a<br />
Toyota Prius and foresees his new fuel cells being<br />
developed for use in battery/SOFC hybrid<br />
technology for vehicle propulsion or in auxiliary<br />
power units. "We need to look at the solid oxide<br />
fuel cell - the one kind <strong>of</strong> fuel cell that can work<br />
with other fuels beside hydrogen - as an option."<br />
A fuel cell is like a battery that can be<br />
replenished with fresh fuel. It consists <strong>of</strong> two<br />
electrodes sandwiched around an electrolyte<br />
material that conducts ions between them.<br />
Oxygen enters at the cathode, where it<br />
combines with electrons and is split into ions<br />
that travel through the electrolyte to react with<br />
fuel at the anode. Fuel cells are environmentally<br />
friendly: water and carbon dioxide are the only<br />
by-products. In the process, the oxygen ions<br />
traversing the electrolyte produce a useful<br />
current. Heat is also generated.<br />
Because conventional solid oxide fuel cells<br />
operate at such high temperatures (between<br />
600 and 800 degrees Centigrade) Barnett<br />
recognized that the heat could be used internally<br />
for the chemical process <strong>of</strong> reforming hydrogen,<br />
eliminating the need for hydrogen plants with<br />
their relatively low fuel efficiency. Barnett and<br />
Zhan found the optimal temperature for their<br />
system to be 600 to 800 degrees.<br />
The real key to the new fuel cell is a special thinfilm<br />
catalyst layer through which the<br />
hydrocarbon fuel flows toward the anode. That<br />
porous layer, which contains stabilized zirconia<br />
and small amounts <strong>of</strong> the metals ruthenium and<br />
cerium, chemically and cleanly converts the fuel<br />
to hydrogen.<br />
"A major drawback <strong>of</strong> using solid oxide fuel cells<br />
is that carbon from the fuel is deposited all over<br />
the anode because <strong>of</strong> the high temperatures,"<br />
Barnett said. "But our thin film catalyst, plus<br />
the addition <strong>of</strong> a small amount <strong>of</strong> oxygen,<br />
eliminates those deposits, making it a viable<br />
technology to pursue with further research. We<br />
81
have shown that the fuel cell is much more stable<br />
with the catalyst and air than without."<br />
"The main drawback <strong>of</strong> fuel cells has been their<br />
complexity and high cost," said Barnett. "The<br />
simple design <strong>of</strong> our system, which brings the<br />
hydrogen reformer in house, is a great advantage<br />
for a range <strong>of</strong> applications. For example, imagine<br />
a unit cheap enough to be used for auxiliary power<br />
in cars or diesel trucks. It would supply electricity<br />
continuously, cleanly, quietly and efficiently even<br />
when the engine is not running. This work has the<br />
potential to lead us in that direction."<br />
UNC researchers study fuel cells,<br />
focus on portable possibilities<br />
The University <strong>of</strong> North Carolina at Chapel Hill<br />
is among the newest participants in a statewide<br />
alliance formed last summer to explore renewable<br />
and efficient energy sources. UNC is participating<br />
in the N.C. Fuel Cell Alliance through the<br />
laboratory <strong>of</strong> Dr. Joseph DeSimone, W.R. Kenan<br />
Jr. distinguished pr<strong>of</strong>essor <strong>of</strong> chemistry and<br />
chemical engineering at UNC and N.C. State<br />
University. DeSimone recently was elected to<br />
membership in the National Academy <strong>of</strong><br />
Engineering.<br />
First devised in 1839, fuel cells are not currently<br />
used in the commercial industry. Researchers<br />
believe they have the potential to provide energy<br />
for a wide range <strong>of</strong> applications, such as powering<br />
laptops, providing light and heat to homes and<br />
running automobiles.<br />
"You can use fuel cells anywhere you use<br />
batteries. For example, if you used a fuel cell in<br />
a laptop it could last about a week, instead <strong>of</strong><br />
lasting three-to-four hours with batteries," said<br />
Dr. Everett Baucom, deputy director <strong>of</strong> the<br />
NSF Science and Technology Center and<br />
adjunct pr<strong>of</strong>essor <strong>of</strong> chemistry at UNC. "Then,<br />
instead <strong>of</strong> recharging the cell you would simply<br />
replace the fuel cartridge."<br />
UNC’s fuel cell research will focus on portable<br />
uses for the technology, including laptops, cellular<br />
phones and U.S. departments <strong>of</strong> Defense and<br />
Homeland Security applications, DeSimone said.<br />
Fuel cells <strong>of</strong>fer high automotive fuel efficiency<br />
(especially in city traffic), low emissions and silent<br />
operation. Most major automotive<br />
manufacturers worldwide are active in fuel cell<br />
development, said Baucom. In addition, several<br />
ongoing demonstration projects employ fuel<br />
cells in city buses in the United States, Canada<br />
and Europe, he said.<br />
"We are working primarily on the chemistry end,<br />
designing a new type <strong>of</strong> membrane that would<br />
give higher surface area and higher performance<br />
per unit volume," said Baucom, formerly the<br />
technology manager for DuPont’s PEM division<br />
and who joined UNC in 2000. "This would lead to<br />
more effective use <strong>of</strong> the membrane."<br />
UNC researchers are taking this field in a new<br />
direction, said DeSimone.<br />
"Most <strong>of</strong> the PEMs used in fuel cell manufacture<br />
are solid materials. We are pioneering liquid<br />
precursors. Having a liquid precursor can open<br />
new ways <strong>of</strong> fabricating fuel cells."<br />
UNC researchers will work with the Teflon<br />
division <strong>of</strong> DuPont in Fayetteville, the leading<br />
manufacturer <strong>of</strong> PEMs. UNC’s Institute for<br />
Advanced Materials, Nanoscience and<br />
Technology and its NSF Science and Technology<br />
Center both focus on this kind <strong>of</strong> technology.<br />
A Prototype Next-Generation Mobile<br />
Phone Fuel Cell With High Output<br />
Power<br />
Nippon Telegraph and Telephone Corporation<br />
have developed a prototype micro polymerelectrolyte<br />
fuel cell (PEFC) 1 that uses hydrogen<br />
gas as a fuel and is small enough to directly fit in a<br />
mobile phone. Under tests using a productionmodel<br />
mobile phone, this prototype PEFC<br />
successfully powered start-up and signal<br />
reception/transmission (i.e., video phone, voice<br />
calls, and "i-mode" internet services). In<br />
conjunction with this development, a device for<br />
automatically topping up the micro PEFC with<br />
hydrogen was also developed.<br />
At present, the direct-methanol fuel cell<br />
(DMFC)-which uses methanol as the hydrogen<br />
fuel supply-is the mainstream development<br />
concerning batteries for mobile-phone use.<br />
However, a DMFC suffers two key problems:<br />
firstly, CO 2<br />
is produced during power generation;<br />
82 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
secondly, since the power density per unit area <strong>of</strong><br />
the power-generation part is insufficient, battery<br />
miniaturization is difficult.<br />
In light <strong>of</strong> this problem, utilizing hydrogen gas as<br />
a fuel, the PEFC NTT have developed attains a<br />
high output power compatible with that <strong>of</strong> a<br />
lithium-ion battery without producing CO 2<br />
during power generation. On top <strong>of</strong> that, as a result<br />
<strong>of</strong> unifying the power-generation unit and the<br />
hydrogen-storage alloy tank and simplifying<br />
electrical circuitry, our PEFC has a compact size<br />
(external dimensions: 42*80*13 mm; weight:<br />
104g), which makes it suitable for directly fitting<br />
into a mobile phone, and enables a talk time <strong>of</strong><br />
nine hours. Furthermore, by changing the surface<br />
area <strong>of</strong> the PEFC's power-generation part, it is<br />
possible to apply the PEFC to a wide variety <strong>of</strong><br />
mobile electronic devices like video cameras,<br />
digital cameras, PDAs, and notebook PCs.<br />
Development background<br />
In recent years, as high performance and multifunctionality<br />
<strong>of</strong> mobile electronic devices (such<br />
as mobile phones and notebook PCs) has<br />
advanced, the problem <strong>of</strong> insufficient capacity <strong>of</strong><br />
batteries as the power source <strong>of</strong> these devices has<br />
come to the forefront.<br />
Under these circumstances, investigations on<br />
energy sources to replace the lithium-ion batterywhich<br />
is nearing its limit on further improvements<br />
in energy density-are continuing. At the same<br />
time, as a breakthrough technology exerting a low<br />
environmental load, fuel cells are continuing to<br />
create great expectations and spur on their<br />
development by many manufacturers.<br />
NTT, as part <strong>of</strong> our creation <strong>of</strong> fundament<br />
technologies for supporting a “Resonant”<br />
communication environment, is making great<br />
efforts to establish environmental energy<br />
technologies aimed at realizing a sustainable<br />
society, and driving forward with research and<br />
development on powerful, high-efficiency, clean<br />
fuel-cell technologies that will contribute to<br />
reductions in CO 2<br />
emissions.<br />
Characteristics <strong>of</strong> the micro PEFC<br />
In a micro PEFC, with hydrogen gas as a fuel,<br />
water vapor only is produced as emission. This<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
means that even under a high-power-density<br />
environment, a PEFC is a benign and extremely<br />
clean power source. It is thus regarded as a nextgeneration<br />
power source that is compact<br />
enough for directly mounting in a mobile phone.<br />
The main characteristics <strong>of</strong> our PEFC are<br />
summarized as follows.<br />
1. High power density. Compared to a DMFC (i.e.,<br />
methanol-fuelled), our PEFC produces a higher<br />
output, since it is hydrogen-gas fuelled, even<br />
though the power-generation area is smaller.<br />
2. Compactnes. Its high energy density enables a<br />
compact size.<br />
3. Simple construction. Owing to booster<br />
technology, the conventionally required<br />
"stacking" <strong>of</strong> cells is unnecessary. And by unifying<br />
the hydrogen-storage alloy tank and electricitygeneration<br />
part, the number <strong>of</strong> parts and battery<br />
size have been reduced.<br />
4. Long-term power generation<br />
By utilizing a high-capacity bcc2 (body-centeredcubic)<br />
type alloy system for hydrogen storage,<br />
our PEFC attains long-term power generation.<br />
In addition to the above, even in the case <strong>of</strong><br />
mobile electronic devices such as notebook<br />
PCs-which have relatively high power<br />
consumption-the micro PEFC can be easily<br />
adapted by increasing the area <strong>of</strong> its electricitygeneration<br />
part.<br />
Future developments<br />
As regards all-out practical application <strong>of</strong> fuel<br />
cells, several challenges-such as setting up<br />
hydrogen-fuel supply systems as part <strong>of</strong> a social<br />
infrastructure-remain to be overcome.<br />
However, even given the forecasted increases<br />
in power consumption <strong>of</strong> future devices due to<br />
their higher performance and more functions,<br />
micro PEFCs are expected to meet the power<br />
demand and target early commercial<br />
applications.<br />
At NTT, from now onwards, with our goal <strong>of</strong><br />
realizing the next generation <strong>of</strong> fuel cells, we<br />
will continue to push forward research and<br />
development in areas such as further validation<br />
<strong>of</strong> safety and investigation into optimum<br />
utilization conditions from a general user's<br />
viewpoint.<br />
83
Hypothesis <strong>of</strong> I.O. Yarkovsky<br />
Sizov A.V.<br />
Saint Petersburg, Russia<br />
Tel. +7 (812) 586-96-25<br />
dva@tu.spb.ru<br />
It is undoubtedly so, let us say…<br />
if only we have common sense.<br />
For it is impossible to disagree<br />
with the one who tell the truth.<br />
Socrates<br />
Scientific truth develops by a complicated<br />
and winding way and not all scientific<br />
ideology expresses it.<br />
V. Vernadsky<br />
This article is devoted to Russian scientist Ivan<br />
Osipovitch Yarkovsky (12.05.1844-09.01.1902).<br />
I.O. Yarkovsky is an author <strong>of</strong> the book called<br />
“Universal gravity as the result <strong>of</strong> the formation<br />
<strong>of</strong> ponderable matter inside celestial bodies”<br />
published in 1889. [1]<br />
Yarkovsky attracts attention to his book only by<br />
its name though it is not easy to make a summary<br />
<strong>of</strong> the “Universal gravity” book’s meaning after<br />
reading. If a reader judges only by names <strong>of</strong> its<br />
chapters, he or she will find a natural science<br />
encyclopedia or, more precisely, philosophy <strong>of</strong><br />
natural science. Unfortunately, some generations<br />
in Russia and in the world did not and still do not<br />
know about this work’s existence and the author’s<br />
name is almost consigned to oblivion. Yarkovsky’s<br />
book takes the reader’s attention from the very<br />
beginning; it makes him or her think, object to the<br />
author’s conclusions and, then, follow the scientist<br />
searching for confirmations <strong>of</strong> his ideas in the<br />
environment. All strange things have a simple and<br />
logical explanation in the book.<br />
What is the main point <strong>of</strong> I.O. Yarkovsky’s work<br />
We think that, in memory <strong>of</strong> people who published<br />
its second edition, we should give them permission<br />
to speak: “The main purpose <strong>of</strong> this work can be<br />
briefly summarized as the following: to recreate<br />
the universe, with its complex transformations,<br />
using one single matter – aether”. [2].<br />
Speaking <strong>of</strong> I.O. Yarkovsky and his work, it is<br />
impossible to keep silent about aether. In natural<br />
science history, this Something was considered as<br />
something passive. No attention has been paid to<br />
the thoughts and theories <strong>of</strong> ancient people<br />
taking into account scientific achievements <strong>of</strong> the<br />
following centuries. Ivan Yarkovsky, on the<br />
contrary, expresses his main idea through his<br />
entire book: interactions <strong>of</strong> aether and chemical<br />
elements are the main reason <strong>of</strong> gravity formation<br />
and the main condition <strong>of</strong> celestial bodies’<br />
evolution, self-consciousness.<br />
Yarkovsky has found a reasonable and logical<br />
explanation <strong>of</strong> the integration <strong>of</strong> an “invisible”<br />
world, which is aether, and ponderable matter. The<br />
developed gravity concept became rather<br />
unexpected even for its author: “…in short, it does<br />
not matter which point <strong>of</strong> view on universal<br />
gravity and chemical elements you have, you must<br />
consider it absurd that there is a connection<br />
between these two things”.<br />
A thoughtful modern researcher will find many<br />
interesting and new things familiarizing himself<br />
or herself with Yarkovsky’s work. This means that<br />
the concept <strong>of</strong> material aether is not subjected to<br />
ageing and cannot fall to oblivion. We will not<br />
make a mistake thinking that any person who read<br />
the main Yarkovsky’s work asks the same<br />
questions: why the author <strong>of</strong> the so well grounded<br />
hypothesis is not known Why does a silent<br />
conspiracy exist around the scientist’s work for<br />
more than a century Who was this man<br />
I.O. Yarkovsky had an excellent education: he<br />
graduated from Saint Petersburg Technological<br />
University. After he defended his thesis in 1872,<br />
Yarkovsky obtained a rank <strong>of</strong> a mechanical<br />
engineer. It may seem strange but long-standing<br />
financial troubles and limitations <strong>of</strong> childhood and<br />
youth could do him good: Ivan Yarkovsky learned<br />
not to divert himself on empty and senseless<br />
dreams. It is also possible that, in this period <strong>of</strong> his<br />
life, Yarkovsky could develop a very high level <strong>of</strong><br />
84 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
self-consciousness, which later helped him uphold<br />
his views with firmness and resolution. He also<br />
was naturally observant and inventive; his quick<br />
mind was always aimed at solution <strong>of</strong> practical<br />
problems. Working on his work, I.O. Yarkovsky<br />
provided himself for a thing, which was<br />
inadmissible for most scientists: complete<br />
freedom <strong>of</strong> research and independence on<br />
influence <strong>of</strong> different scientific schools.<br />
I. Yarkovsky managed to do, possibly, the best<br />
analytical review <strong>of</strong> ideas and names connected<br />
with problems <strong>of</strong> gravity, celestial bodies’ genesis<br />
and star energy sources in all natural science.<br />
Yarkovsky thought about numerous poorly<br />
argued descriptions <strong>of</strong> effects in the environment.<br />
Conclusions, which were made by the scientist<br />
and underlay the developed hypothesis, exceeded<br />
the bounds <strong>of</strong> usual scientific ideology. Yarkovsky<br />
understood it: “I <strong>of</strong>fer readers a book, which<br />
includes thoughts so different from the ones now<br />
acknowledged by science that I thought a lot<br />
before deciding to publish them”.<br />
Yarkovsky did not claim to explain everything.<br />
Possibly, the strength <strong>of</strong> careful prudence showing<br />
up in his works’ conclusion and opinions had<br />
Socrates spirit: “What is higher than we, it does<br />
not concern us”. We suppose that, due to such selfcontrol,<br />
“gathering patiently facts according to<br />
the ideas”, the author successfully moved toward<br />
his work’s purpose, which was to explain the<br />
reasons <strong>of</strong> universal gravity. There were no<br />
fantasies in his ideas. In one <strong>of</strong> his works, I.O.<br />
Yarkovsky said: “I, naturally, value my ideas; it is<br />
understandable that I will fight for them to the<br />
best <strong>of</strong> my ability but, however high I value them,<br />
I will not be keen on them so much that I will fight<br />
against indisputable scientific truth defending<br />
them; I will never act against logic and common<br />
sense”. [3]<br />
It is possible that all developers <strong>of</strong> cosmological<br />
hypotheses were inconsistent materialists.<br />
Formally, they recognized materialism but their<br />
world outlooks were tangled and contradictory.<br />
Scientists forgot that the world is material and<br />
single when talking about the most subtle effects,<br />
which could not be observed by instruments. It<br />
caused serious defects <strong>of</strong> concepts, which<br />
explained material things only by a so called<br />
ponderable matter. This was a methodological and<br />
ideological impasse and mistake.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
Ivan Yarkovsky has found the way out. He was<br />
not afraid to introduce the concept <strong>of</strong> material<br />
aether and gave it an active, creative role in the<br />
Earth’s life and life <strong>of</strong> all celestial bodies. It was<br />
not easy for I. Yarkovsky to make such a decision:<br />
“…I have to discuss so many scientific fields that<br />
my knowledge is insufficient”. Yarkovsky paid<br />
attention to an interconnection between the<br />
formation <strong>of</strong> chemical elements and universal<br />
gravity. This regularity was never a subject <strong>of</strong><br />
serious scientific study. A research method<br />
suggested by Yarkovsky gave amazing results.<br />
Possibly, due to this, scientific ideology tried to<br />
keep silent about Yarkovsky later.<br />
Pro<strong>of</strong>s <strong>of</strong> Yarkovsky’s hypothesis, which were so<br />
obvious, are, possibly, not connected enough with<br />
just a sum <strong>of</strong> scientific intelligence. Why could<br />
not other scientists make the same conclusions<br />
What prevented them Here, it is advisable to<br />
mention an interesting article by N.A. Morozov<br />
devoted to the same problems as Yarkovsky’s<br />
work. Morozov only marked the following lines:<br />
“…during the long evolution <strong>of</strong> celestial bodies, no<br />
matters were ever formed and will never be formed<br />
except the ones belonging to Mendeleev’s periodic<br />
table”. [4] No conclusions follow from this<br />
established fact. The article was published in 1912.<br />
There were no references to Yarkovsky’s ideas in<br />
it, and this is difficult to explain.<br />
What was the reaction <strong>of</strong> contemporaries to<br />
Yarkovsky’s idea In 1891, a book <strong>of</strong> Pr<strong>of</strong>essor<br />
Mushketov called “Physical geology” was<br />
published. Yarkovsky is mentioned there. The<br />
Pr<strong>of</strong>essor included him into a list <strong>of</strong> authors <strong>of</strong><br />
hypotheses <strong>of</strong> Earth formation. In 1902, D.I.<br />
Mendeleev, in his article devoted to aether study<br />
[5], paid attention to Yarkovsky’s thoughts [6]<br />
and mentioned respectfully the author’s<br />
aspiration for clarifying a matter <strong>of</strong> understanding<br />
<strong>of</strong> this matter, which can be hardly measured.<br />
The Imperial Academy <strong>of</strong> Sciences kept silent<br />
during Yarkovsky’s life. The reason <strong>of</strong> the<br />
absence <strong>of</strong> polemics concerning his works are<br />
considered to be very well argued statement <strong>of</strong><br />
thoughts and the practically complete absence<br />
<strong>of</strong> gaps in the concept theses’ defense. It is also<br />
possible to add an unusual ideological approach<br />
to investigation <strong>of</strong> gravity and a number <strong>of</strong> other<br />
cosmological problems. Yarkovsky kept distance<br />
from the orthodox science. An insuperable gap<br />
85
for any criticism appeared. Paying attention to<br />
Yarkovsky’s ideas could cause serious and<br />
objectionable “disturbance” among views on<br />
natural science problems. Possibly, in order to stop<br />
a “destructive” influence <strong>of</strong> Yarkovsky’s ideas on<br />
usual scientific views, a very effective method was<br />
applied to Yarkovsky’s hypothesis – suppression.<br />
Besides life-time reviews <strong>of</strong> Yarkovsky’s book,<br />
some interest to his hypothesis existed in popular<br />
science periodicals [7], [8], [9]. The scientist was<br />
formally mentioned in a work devoted to aether<br />
dynamics [10]. A member <strong>of</strong> Academy <strong>of</strong><br />
Sciences, E.E. Milanovsky, referred to<br />
Yarkovsky’s ideas [11]. 100 years after the<br />
scientist’s death, a work <strong>of</strong> V.F. Blinov appeared<br />
[12]. It was the first book devoted to I.O.<br />
Yarkovsky’s ideas.<br />
The unexpected and unusual ideas <strong>of</strong> Yarkovsky,<br />
the encyclopedic nature <strong>of</strong> the book, the<br />
seriousness and vital importance <strong>of</strong> the considered<br />
questions make it rather difficult even to approach<br />
a narration about the scientist and his ideas. That<br />
is why we will consider only energy aspects <strong>of</strong><br />
Yarkovsky’s hypothesis <strong>of</strong> the entire variety <strong>of</strong><br />
his conclusions and their practical applications.<br />
In order to do this, we will have to consider the<br />
situation, which developed in the according fields<br />
<strong>of</strong> natural science in his period.<br />
Ivan Yarkovsky could sum up the science <strong>of</strong> the<br />
XIX century and show ways <strong>of</strong> natural science<br />
development next century. Actually, studying<br />
gravity problems, I.O. Yarkovsky began to<br />
develop, according to his own words, a “view <strong>of</strong><br />
integrity” for creation <strong>of</strong> a “truly strong science”.<br />
However, the scientific community paid no<br />
attention to Yarkovsky’s ideas. It was not by<br />
accident, taking into account his epoch. At that<br />
time, physicians began to refuse to try to obtain a<br />
description <strong>of</strong> the world on the basis <strong>of</strong><br />
phenomenological models; a new method <strong>of</strong><br />
research and interpretation <strong>of</strong> nature decrees<br />
appeared. Undoubtedly, Yarkovsky saw the rise<br />
<strong>of</strong> a “new physics” and a “new world outlook”. The<br />
engineer’s attitude to the beginning scientific age<br />
totally differed from enthusiasm <strong>of</strong> the ‘public<br />
opinion”. The scientist warned <strong>of</strong> danger <strong>of</strong><br />
u<strong>nr</strong>easonable introduction <strong>of</strong> such trends into<br />
natural science and, probably, his unconquerable<br />
arguments were the main reason <strong>of</strong> his falling into<br />
oblivion.<br />
We suppose that the unwillingness to tolerate the<br />
idea <strong>of</strong> aether in physics was caused by<br />
impossibility to explain logically its role in<br />
different physical laws. There were not even<br />
suggestions considering how the role <strong>of</strong> this<br />
Something in natural effects can be understood.<br />
Such an intellectual impotence was irritating.<br />
Possibly, that is why there was such a cruel and<br />
ruthless fight against the aether theory in physics<br />
as nowhere else among the fields <strong>of</strong> natural science.<br />
Against a background <strong>of</strong> doubts and scruples,<br />
which were typical for the scientific community<br />
<strong>of</strong> that age, I. Yarkovsky made material aether a<br />
full member <strong>of</strong> the main universal effect – gravity.<br />
During Yarkovsky’s age, many attempts to detect<br />
aether by instruments were carried out. At the<br />
same time, there is an impression that the scientific<br />
world <strong>of</strong> that time impatiently waited for an<br />
experiment, which would undoubtedly prove that<br />
aether did not exist. This waiting ended up with<br />
the experiment <strong>of</strong> A. Michelson – A. Morley, 1887.<br />
The results <strong>of</strong> A. Michelson’s experiments became<br />
the “facts”, which underlay the theory <strong>of</strong> relativity<br />
(TR). In the Russian scientific community, one <strong>of</strong><br />
the first responses to the appeared TR postulates<br />
was the following: “… first <strong>of</strong> all, it is not necessary<br />
to search for the explanation <strong>of</strong> these negative<br />
experiments, for example, Michelson’s<br />
ones…,…the first postulate <strong>of</strong> the principle (TR)<br />
clearly makes such a search absolutely<br />
unnecessary…, …we must inevitably conclude that<br />
aether does not exist, i.e. there is no interstellar<br />
medium… …negation <strong>of</strong> aether lead to a new wide<br />
energy doctrine” [13].<br />
Here, it is necessary to mention that no one among<br />
thoughtful scientists ever stated that it was<br />
possible to detect aether by instruments. This<br />
follows from the definition <strong>of</strong> aether: “Something<br />
permeating everyone and everything”. In the<br />
series <strong>of</strong> Albert Michelson’s experiments, the<br />
purpose was another: some characteristic <strong>of</strong> light<br />
was detected”.<br />
Nevertheless, A. Michelson got a Noble Prize <strong>of</strong><br />
physics for the “Invention <strong>of</strong> a high-accuracy<br />
optical device (an interferometer), which allowed<br />
proving that “aether wind” does not exist. This<br />
work was an experimental prerequisite for the<br />
creation <strong>of</strong> Einstein’s TR”. It is difficult to explain<br />
the change <strong>of</strong> the “aether” idea to “aether wind”<br />
86 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
one in the given formula. Possibly, the reasons <strong>of</strong><br />
this are hidden not only in the above described<br />
situation in physics at that time.<br />
The experiments <strong>of</strong> 1887 became classics <strong>of</strong><br />
physics. Everyone knows that they proved that<br />
aether does not exist. This statement was<br />
introduced into the scientific community with<br />
surprising haste and insistence. No one paid<br />
attention to the remarks and objections <strong>of</strong> A.<br />
Michelson [14].<br />
In the beginning <strong>of</strong> the twenties <strong>of</strong> the last century,<br />
Michelson’s experiments were reproduced. The<br />
titanic efforts <strong>of</strong> Dayton A. Miller, who used a<br />
more sensitive device than in the experiments <strong>of</strong><br />
1887, allowed determining speed <strong>of</strong> aether wind<br />
and making an important conclusion: “the<br />
experiment <strong>of</strong> Michelson – Morley must not give<br />
a zero result and, most likely, never gave such a<br />
result” [4].<br />
In 1913, a book <strong>of</strong> G. Mi (Greifold) called<br />
“Molecules, atoms, and universal aether” was<br />
translated into Russian. This work is a collection<br />
<strong>of</strong> pro<strong>of</strong>less and contradictory discourses, which<br />
explain almost nothing. G. Mi is considered one<br />
<strong>of</strong> not many creators <strong>of</strong> general relativity (GR).<br />
Possibly, G. Mi wrote about aether in such a way,<br />
which was typical for theoretical physics <strong>of</strong> those<br />
days: “Before we go further, we should ask again a<br />
serious question: does it make sense to speak <strong>of</strong> a<br />
physical substance, which is not actually matter<br />
How can such a substance be an object <strong>of</strong> physical<br />
study Maybe we should substitute it for a better,<br />
more natural system <strong>of</strong> ideas”<br />
An exclusion <strong>of</strong> the aether idea from natural<br />
science, which seems so harmless, hid an<br />
ideological impropriety. Later this fundamental<br />
mistake led to serious problems in the<br />
understanding <strong>of</strong> energy effects’ meaning. The<br />
existing method <strong>of</strong> physical-chemical processes’<br />
research is that ponderable matter is given all<br />
properties, which has been displayed. The<br />
following interpretation <strong>of</strong> the obtained results<br />
leads to the loss <strong>of</strong> a part, which possesses energy<br />
and is as material as anything in the world though<br />
it remains “invisible” for us. Now the words <strong>of</strong> D.I.<br />
Mendeleyev must be cited: “… it must not be said<br />
that aether is imponderable but that it is<br />
impossible to weigh” [5]. Undoubtedly, it is<br />
difficult to detect aether in physical-chemical<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
processes. But, possibly, we are just used to<br />
thinking so Probably, we should take into<br />
account Leibniz’s words: “Possibly, … many people<br />
who thought deeply had some knowledge, which<br />
allowed them to introduce and fight for substance<br />
forms… And these people are not as far from the<br />
truth and funny as the most ordinary <strong>of</strong> our<br />
modern philosophers think”. [20]<br />
In his book and the following works, I.O.<br />
Yarkovsky permanently emphasized that his<br />
hypothesis is based only on facts. An example <strong>of</strong><br />
GR shows what can be caused by the reation <strong>of</strong><br />
“completely mathematical” theories. In this case,<br />
the search <strong>of</strong> facts-pro<strong>of</strong>s began after the<br />
mathematical model was designed. Yarkovsky<br />
predicted such things: “A deliberately false, quite<br />
out <strong>of</strong> place hypothesis, which has no confirmatory<br />
fact in nature, contradicts both experience and<br />
common sense, can be introduced in science only if<br />
there are facts, which can be explained by it”.[16]<br />
By the 80th <strong>of</strong> the XX century, an opinion was<br />
formed that GR gave an “explanation to the<br />
precession <strong>of</strong> Mercury’s orbit, which was caused<br />
by space band caused by gravity influence <strong>of</strong> the<br />
Sun” [17]. Before this explanation was given, an<br />
article by a German astronomer E. Freindlich<br />
about Mercury anomaly had appeared. E.<br />
Freindlich had showed impossibility <strong>of</strong> a<br />
satisfactory explanation <strong>of</strong> the anomaly on the<br />
basis <strong>of</strong> <strong>New</strong>ton theory [18]. The astronomer’s<br />
conclusions had not been new. He had to know<br />
about his predecessors’ achievements. In his book,<br />
Yarkovsky showed possibly reasons <strong>of</strong> the<br />
mentioned discrepancies.<br />
Let us read Yarkovsky: “After thorough<br />
calculations, Bessel even made a conclusion that<br />
it is possible to suggest a hypothetical<br />
construction <strong>of</strong> the Sun, the planets and their<br />
satellites in such a way, that the Sun’s attraction <strong>of</strong><br />
the planets and their satellites would be<br />
proportional to the matter’s quantity, i.e. to their<br />
mass, but attraction <strong>of</strong> one planet to another could<br />
have some other ratio. But this suggestion was<br />
equal to rejection <strong>of</strong> the universal law <strong>of</strong> gravity.<br />
Evaluation <strong>of</strong> other planets’ masses <strong>of</strong>ten led to<br />
some disagreement. In 1813, Lindenau published<br />
Mercury tables and paid special attention to<br />
disturbances produced by neighboring Venus.<br />
Thus, he showed that the estimated up to now<br />
mass <strong>of</strong> Venus had to be considerably increased in<br />
87
order to coordinate a position <strong>of</strong> Mercury, which<br />
was shown in the tables, with the observed one”.<br />
During I.O. Yarkovsky’s time, it was considered a<br />
difficult task to take into account the mass<br />
increase <strong>of</strong> celestial bodies and making according<br />
dynamical corrections in systems <strong>of</strong> equations<br />
during astronomic calculation. Now it is easy to<br />
make the necessary calculations. If such a work<br />
will be done, its performer will discover amazing<br />
things.<br />
The importance <strong>of</strong> such works is confirmed by a<br />
message about research <strong>of</strong> our solar system’s<br />
planets by space probes: “Even after the evaluation<br />
<strong>of</strong> Uranus’ mass had been considerably changed<br />
(it was increased by 0.3%), it became possible to<br />
achieve the necessary coincidence <strong>of</strong> the<br />
calculated and observed paths…” [19]. The<br />
spacecraft “Voyager-2” was meant. Undoubtedly,<br />
the age-old slowing down <strong>of</strong> the Earth’s rotation<br />
also confirms I. Yarkovsky’s hypothesis.<br />
In the history <strong>of</strong> the “new ideology”, A. Addington<br />
was the first to suggest some hypothesis about<br />
reasons <strong>of</strong> stellar heat appearance (except<br />
unknown Yarkovsky). A name <strong>of</strong> the chapter in<br />
Addington’s article must be noted: “Material and<br />
aether heat” [20]. Something in these words<br />
imperceptibly looks like Yarkovsky’s words. But<br />
this expression is illusive. Addington compares<br />
ponderable matter and aether while Yarkovsky<br />
considers the world single and material. We think<br />
that Yarkovsky created his concept, first <strong>of</strong> all, in<br />
order to establish a precedent, i.e. to show how<br />
changeability and dynamics <strong>of</strong> the world must be<br />
explained.<br />
In the beginning <strong>of</strong> the XX century, a conviction<br />
clearly appeared that science knows everything<br />
about matter and energy. Now it seems premature.<br />
It is possible to say that there is no evidence that<br />
ponderable matter is connected with energy and<br />
Poincare dependency explains almost nothing.<br />
Taking into account the orthodox method <strong>of</strong><br />
investigation <strong>of</strong> the given world’s properties, I.O.<br />
Yarkovsky is always very reserved and careful in<br />
its suppositions: “I did not try to understand the<br />
essence <strong>of</strong> matter and energy. These questions may<br />
remain unascertained for mankind forever.<br />
Instead, I considered matter only the properties,<br />
which undoubtedly belong to matter and are<br />
acknowledged by everyone”.<br />
The main book <strong>of</strong> Yarkovsky arouses a feeling that<br />
the author’s confidence demonstrated on its<br />
pages hides many untold things. Yes, the book is<br />
devoted to the explanation <strong>of</strong> the universal<br />
gravity reasons by aether and energy united by a<br />
process <strong>of</strong> chemical elements’ formation. The<br />
scientist’s work is also a call for action.<br />
Undoubtedly, Yarkovsky understood the<br />
operation principle <strong>of</strong> the World Machine.<br />
Possibly, he could understand how the<br />
inexhaustible energy source can be used. There<br />
are rough drafts <strong>of</strong> how to carry out according<br />
experiments in the book.<br />
Scientists knew that the understanding <strong>of</strong> gravity<br />
is a key to energy sources. In an article- reflection<br />
devoted to aether, D.I. Mendeleyev wrote: “It is<br />
impossible to solve problems <strong>of</strong> gravity and<br />
energy engineering without a real understanding<br />
<strong>of</strong> aether as the universal medium transmitting<br />
energy for a distance”. [5]<br />
In all theories where something called “energy” is<br />
present, one element is always missing – an<br />
intermediary between energy effects and<br />
ponderable matter. This gap in knowledge is<br />
especially evident in cases <strong>of</strong> gravity theory<br />
development and explanation <strong>of</strong> the reasons <strong>of</strong><br />
the stellar heat appearance. This problem with the<br />
“missing part” took place in <strong>New</strong>ton’s theory and<br />
in GR. In <strong>New</strong>ton’s case, something was untold<br />
and had in mind while, in case <strong>of</strong> GR,<br />
incomprehensible gravitons were introduced as a<br />
violation <strong>of</strong> logic and, possibly, common sense.<br />
Unlike the mentioned theories, Yarkovsky’s idea<br />
contained such an intermediary, which was not a<br />
passive medium but dynamical material aether.<br />
The engineer’s hypothesis explained and revealed<br />
cause-and-effect relations, which cause and<br />
maintain each energy process in celestial bodies.<br />
Due to such a balanced description <strong>of</strong> the world,<br />
Yarkovsky’s concept is convincing and grounded.<br />
It seems difficult to compare Yarkovsky’s<br />
conclusions with the results <strong>of</strong> cosmological<br />
researches <strong>of</strong> the XX century. Possibly, since works<br />
<strong>of</strong> D.G. Gins had appeared, an opinion was formed<br />
that “a source <strong>of</strong> stellar heat is a star’s mass” [21].<br />
Gins meant that suns lose their mass due to<br />
radiation; this is a theory. Actually, on the contrary,<br />
stars become brighter every century [1], [22].<br />
This is confirmed by modern measurements and<br />
coincides with Yarkovsky’s conclusions: “Our Sun<br />
88 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
must grow like our Earth and any other planet.<br />
That is why it can never die away”. More from<br />
Yarkovsky: “… which were the reasons <strong>of</strong> the view<br />
that the Sun must get cold and then die away and<br />
the Earth must turn into a cold sphere”<br />
The new gravity theory was, according to<br />
Brillouin’s opinion, “a brilliant example <strong>of</strong> a great<br />
mathematical theory built on sand, which leads<br />
to the increase <strong>of</strong> the mathematics’ part in<br />
cosmology (a typical example <strong>of</strong> science fiction).<br />
[23] This note was confirmed by cosmogony<br />
researches, which followed Yarkovsky’s epoch.<br />
Then they went into a field <strong>of</strong> explanation <strong>of</strong> the<br />
Universe’s formation, the search for virtual black<br />
holes and gravity waves. A new competition<br />
concerning singularity <strong>of</strong> purely created<br />
mathematical theories began in cosmology. In<br />
Russia, no attention was paid to the “obsolete”<br />
and, therefore, “useless” works on gravity<br />
research. Yarkovsky foresaw such things and<br />
envisaged that they are temporary: “an idea will<br />
not die without a trace even if it has a part <strong>of</strong><br />
truth…”.<br />
In the 30-40ties <strong>of</strong> the XX century, scientific<br />
interest to origin <strong>of</strong> the stellar heat increased. At<br />
that time, the first works <strong>of</strong> A. Bete appeared in<br />
Germany. In 1957, the Noble committee<br />
formulated achievements <strong>of</strong> this scientist in such<br />
a way: “A contribution to the nuclear reaction<br />
theory (Bete cycle), which is the main stellar<br />
energy source”.<br />
For some reason, Bete’s ideas were instantly<br />
acknowledged by the scientific community<br />
though a part <strong>of</strong> scientists doubted that they were<br />
true. Before Bete’s theory was acknowledged,<br />
another hypothesis had appeared. It was as<br />
beautiful and heretical as Yarkovsky’s one. It was<br />
created by Nikolay Alexa<strong>nr</strong>ovitch Kozyrev [24].<br />
It is considered that N.A. Kozyrev “paid” for<br />
doubts that thermonuclear reactions exist inside<br />
stars. An article by three members <strong>of</strong> Academy <strong>of</strong><br />
Sciences appeared in “Pravda” newspaper: L.<br />
Artsimovich, P. Kapitsa, and I. Tamm [25]. The<br />
article devoted to “mistakes’ <strong>of</strong> Pr<strong>of</strong>essor Kozyrev<br />
was multidimensional and had correct style.<br />
Claims connected with the fact that his hypothesis<br />
“violates” the second law <strong>of</strong> thermodynamics were<br />
also presented to Kozyrev. Such remarks will<br />
undoubtedly be applied to Yarkovsky. He<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
understood and explained this: “It seems to me<br />
that we forget about the sources… It seems to me<br />
that, in this case, thermodynamics makes its<br />
conclusions on the basis <strong>of</strong> facts <strong>of</strong> one kind not<br />
taking into account others”. Talking about “the<br />
source”, Yarkovsky meant aether. Another extract<br />
from his book must be added to this: “…the<br />
universe must be… eternal, …it cannot have such<br />
a pitiful end, which is predicted by<br />
thermodynamics!”.<br />
Reading I. Yarkovsky, it is possible to find a<br />
permanently mentioned idea that strong<br />
pressures influence processes <strong>of</strong> chemical<br />
elements formation inside celestial bodies: “…<br />
under a certain pressure, aether turns into<br />
something we call the primary matter, i.e. into this<br />
explosive amorphous mass with enormous energy<br />
reserves, which, under violation <strong>of</strong> balance, makes<br />
this primary matter disintegrate and form<br />
ponderable or chemical matter”. It is necessary<br />
to make a correction that the book’s author did<br />
not know scientific data on structure and<br />
properties <strong>of</strong> the nuclear nucleus and he had to<br />
create its own terminology. In spite <strong>of</strong> this, it is<br />
possible that Yarkovsky could predict behavior<br />
<strong>of</strong> ponderable matter inside celestial bodies.<br />
Probably, the most amazing conclusion <strong>of</strong> the ones<br />
created by Yarkovsky’s hypothesis is explanation<br />
<strong>of</strong> the solar heat reasons. Comparing Yarkovsky’s<br />
views on the construction and operation principle<br />
<strong>of</strong> the Sun with the according theories <strong>of</strong> the XX<br />
century, we find a great difference. The idea <strong>of</strong><br />
thermonuclear reaction occurring inside stars<br />
appeared on the basis <strong>of</strong> theoretical physics’<br />
conclusions concerning the Sun’s structure.<br />
Presuppositions <strong>of</strong> this were evaluation <strong>of</strong> the<br />
Sun’s density, the following supposition <strong>of</strong> its<br />
internal chemical structure and ideas <strong>of</strong> physical<br />
processes creating its energy supply etc.<br />
Yarkovsky’s doubts concerned accuracy <strong>of</strong><br />
evaluation <strong>of</strong> the Sun’s density and were caused<br />
by the mistaken calculation <strong>of</strong> its mass: “Attractive<br />
force <strong>of</strong> the Sun and the planets has been<br />
determined by astronomers on the basis <strong>of</strong> its<br />
influence on other bodies. This definition is<br />
indubitably true but, on the basis <strong>of</strong> this, it is<br />
impossible to determine masses <strong>of</strong> the planets<br />
because this attraction, possibly, depends not on<br />
mass but on some other reasons. …Believing in<br />
accuracy <strong>of</strong> the numerator <strong>of</strong> <strong>New</strong>ton’s formula,<br />
scientists… consider it gaseous”.<br />
89
Such an idea <strong>of</strong> the Sun (<strong>of</strong> all stars) is a canon,<br />
only a gas is substituted by “plasma” now. The<br />
impossibility to evaluate real masses <strong>of</strong> celestial<br />
bodies and the following strange ideas <strong>of</strong> their<br />
structure show an obvious divergence <strong>of</strong><br />
<strong>New</strong>ton’s gravity theory. This means that the<br />
known explanation <strong>of</strong> gravity must be seriously<br />
corrected. Now such a revision is not carried out.<br />
Almost one hundred years since the book<br />
“Universal gravity” was published, an article <strong>of</strong> a<br />
member <strong>of</strong> the Academy <strong>of</strong> Sciences E.B.<br />
Alexa<strong>nr</strong>dov appeared [26]. The scientist made a<br />
review <strong>of</strong> reports on research results, which,<br />
according to his words, could lead to the “revision<br />
<strong>of</strong> <strong>New</strong>ton’s law”. It is possible to say that the<br />
article consists <strong>of</strong> the same key words as<br />
Yarkovsky’s book chapter. Right there the<br />
similarity ends because E.B. Alexa<strong>nr</strong>dov copies<br />
all mistakes caused by the impossibility to find<br />
analogies between gravity and mutual attraction<br />
<strong>of</strong> check weights. Yarkovsky warned against this<br />
mistake many times. Naturally, Yarkovsky’s<br />
hypothesis is not mentioned in the article.<br />
Nevertheless analyzing the existing situation with<br />
determination <strong>of</strong> celestial bodies’ masses,<br />
Yarkovsky suggested rational methods <strong>of</strong><br />
elimination <strong>of</strong> mistakes. <strong>New</strong>ton’s doubts<br />
concerning the gravity reasons are rarely cited:<br />
“the fact that one body can interact with another<br />
over a distance, through vacuum, without<br />
influence <strong>of</strong> something else, seems to me so absurd<br />
that I cannot imagine that someone, who can think<br />
with competence in the field <strong>of</strong> philosophical<br />
questions, can make such a conclusion”. [27]<br />
Thinking about gravity, Leibniz considered it a<br />
“physical barbarism” to explain it in such a way,<br />
that, “using the suggested presuppositions,<br />
conclusions are made, which are not only<br />
u<strong>nr</strong>eliable but also wrong and impossible like this<br />
universal attraction <strong>of</strong> matter to matter” [28].<br />
I. Yarkovsky made two conclusions developing<br />
the hypothesis about the origin <strong>of</strong> gravity and<br />
evolution <strong>of</strong> celestial bodies (all without<br />
exceptions, including stars): “1. Due to the fact<br />
that new layers <strong>of</strong> ponderable matter are<br />
permanently forming inside a body, we can say<br />
that the body transforms aether into ponderable<br />
matter; that the body grows. 2. Due to the fact that<br />
aether turned into ponderable matter cannot go<br />
to the surface as aether again and has to form<br />
chemical bodies, which has the same ability to<br />
absorb and condense aether, the absorption will<br />
continue and cause a kind <strong>of</strong> a permanent aether<br />
current from the surface to the center <strong>of</strong> the body”.<br />
The given important conclusions point at the<br />
source <strong>of</strong> enormous energy hidden in the process<br />
<strong>of</strong> gravity formation.<br />
In the XX century, interesting researches were<br />
carried out directly or indirectly connected with<br />
the gravity problem. On the basis <strong>of</strong> their analysis,<br />
V.F. Blinov wrote a work showing presence <strong>of</strong><br />
Yarkovsky’s ideas in many <strong>of</strong> the effects around<br />
us. According to Blinov’s book, another<br />
conclusion is possible: the western scientific<br />
community, which considers itself sufficiently<br />
independent, does not know Yarkovsky’s works.<br />
A new century has come, but nothing has changes<br />
in the scientific “public opinion”. The works <strong>of</strong><br />
Miller and Kozyrev are considered u<strong>nr</strong>emarkable<br />
as well as the works <strong>of</strong> the most evident<br />
“unknown” Yarkovsky. Possibly, this is why<br />
recognized cosmology specialists can hardly<br />
understand that the equations, which formed a<br />
fantastical idea <strong>of</strong> “the big bang”, are based on<br />
wrong and shaky grounds.<br />
Let us read Yarkovsky: “Even if the temperature<br />
in universe becomes the same, if aether <strong>of</strong><br />
universal space has the same energy, but if there is<br />
only one material body <strong>of</strong> a big size in universe, it<br />
is sufficient for aether to condense itself inside<br />
the body using its own, even small, energy and,<br />
therefore, create a new source <strong>of</strong> heat and, hence,<br />
to revive the universe again”.<br />
Yarkovsky understood the complexity <strong>of</strong> the idea<br />
<strong>of</strong> “energy”. This is why he refused to try to find<br />
out what is meant by the word “energy” in an<br />
introduction to his book (1889): “we will not try<br />
to explain the essence <strong>of</strong> matter and energy<br />
because this is a completely wasted labour<br />
considering the existing state <strong>of</strong> our intellect”. In<br />
chapter IV, Yarkovsky writes about the essence<br />
<strong>of</strong> energy: “possibly, it will always remain an<br />
incomprehensible and inexplicable element <strong>of</strong><br />
motion. …we can always consider energy as a<br />
special matter”.<br />
Despite the fact that Yarkovsky only lightly went<br />
into the energy side <strong>of</strong> his hypothesis,<br />
nevertheless, his explanation <strong>of</strong> the universal<br />
90 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
gravity reasons can show a direction <strong>of</strong> researches<br />
on a path leading to new energy. An analysis <strong>of</strong><br />
Yarkovsky’s ideas and the research results <strong>of</strong> some<br />
scientists <strong>of</strong> the XIX and XX centuries allow<br />
finding a hypothetical possibility to find the<br />
source <strong>of</strong> this energy. Undoubtedly, it will require<br />
using some aether properties, but it is a mistake<br />
to thing that this matter is “fuel”.<br />
The most important observed aether effect is<br />
heating <strong>of</strong> the Earth and all celestial bodies after<br />
they reach a certain size. Which size This is a<br />
very important question and, maybe, it is possible<br />
to explain the reason <strong>of</strong> the stellar energy<br />
answering it. Yarkovsky understood it: “…the<br />
body only has to have a size <strong>of</strong> the certain<br />
magnitude. We cannot say now what magnitude<br />
it is – probably, very big or maybe not. Anyway,<br />
we know that there must be the certain size <strong>of</strong> the<br />
body”. Kozyrev mentioned a diameter <strong>of</strong> celestial<br />
bodies <strong>of</strong> about 2,000 km. Having this diameter,<br />
the body begins to heat. The scientist noted that<br />
this process can be also initiated in bodies <strong>of</strong> the<br />
smaller size. According to Kozyrev’s works, it is<br />
also necessary to take into account “a geometrical<br />
form <strong>of</strong> these bodies” [24]. Photographs <strong>of</strong> a<br />
number <strong>of</strong> extraterrestrial objects obtained by<br />
spacecrafts allow considering that, in addition to<br />
the size and form, plastic morphology <strong>of</strong> satellites<br />
<strong>of</strong> our solar system’s planets must be taken into<br />
account. There are a lot <strong>of</strong> such objects, celestial<br />
bodies <strong>of</strong> different sizes and forms, which can be<br />
used for tracing their evolution from the beginning<br />
<strong>of</strong> the heating process.<br />
It is unknown whether Kozyrev knew about<br />
Yarkovsky’s works but a copy <strong>of</strong> “Universal<br />
gravity” book is kept in a library <strong>of</strong> Pulkovo<br />
observatory, where Kozyrev worked. It is natural<br />
to mention Kozyrev in the article devoted to Ivan<br />
Yarkovsky. The Pr<strong>of</strong>essor was a peculiar successor<br />
<strong>of</strong> Yarkovsky.<br />
The researches <strong>of</strong> Yarkovsky and Kozyrev gave<br />
another approach to creation <strong>of</strong> an artificial<br />
source <strong>of</strong> the stellar heat, which is different from<br />
the orthodox one. Even if we understand the<br />
reasons <strong>of</strong> the internal Earth’s heat formation, we<br />
will be able to make the following steps in<br />
exploration <strong>of</strong> the world. Undoubtedly, the<br />
operation principle <strong>of</strong> the Earth’s heat machine<br />
will underlie energy technologies <strong>of</strong> the future.<br />
Possibly, there are confirmations <strong>of</strong> this in Blinov’s<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
book: “Plasma necessarily appears inside a nucleus<br />
<strong>of</strong> a growing planet because the development <strong>of</strong><br />
the planet leads to its turning into a star. The<br />
question is when plasma appears in the nucleus.<br />
Possibly, plasma already exists in the Earth’s<br />
nucleus”. [12]<br />
The oracular ideas <strong>of</strong> Yarkovsky turned out to be<br />
uncalled. They were not understood in Russia and<br />
in the West and, due to this, became obsolete.<br />
There were important reasons for this: Ivan<br />
Yarkovsky’s thoughts appeared at the<br />
inappropriate time.<br />
References<br />
1. I.O. Yarkovsky. Universal gravity as the result <strong>of</strong> formation<br />
<strong>of</strong> ponderable matter inside celestial bodies. M. 1889.<br />
2. I.O. Yarkovsky. Universal gravity as the result <strong>of</strong> formation<br />
<strong>of</strong> ponderable matter inside celestial bodies. M. 1889. SPb. 1912.<br />
3. I.O. Yarkovsky. <strong>New</strong> view on the reasons <strong>of</strong> meteorological<br />
effects. M. 1891.<br />
4. N.A. Morozov. The past and the future <strong>of</strong> worlds according<br />
to the modern geophysical and astrophysical point <strong>of</strong> view. //<br />
Priroda. #3. / 1912. p. 333<br />
5. D.I. Mendeleyev. An attempt <strong>of</strong> chemical understanding <strong>of</strong><br />
universal aether. // “Periodic law. M. Nauka. 1958.<br />
6. I.O. Yarkovsky. Density <strong>of</strong> light aether. Bryansk. 1901.<br />
7. K. Arsenyev. A mystery <strong>of</strong> global fissures. // Tehnika molodezhi.<br />
N11/ 1969, p. 27.<br />
8. V. Neiman. The Sun shines brighter! // Tehnika molodezhi.<br />
N4/ 1977, p. 59.<br />
9. V. Novitsky. The undecidable problem <strong>of</strong> physics. // Tehnika<br />
molodezhi. N5/ 1990, p. 20.<br />
10. V.A. Ayutskovsky. General aetherdynamics. M. 1990.<br />
11. E.E. Milanovsky. The expanding and pulsatile Earth. //<br />
Priroda. N8/ 1982, p. 48.<br />
12. V.F. Blinov. The growing Earth: from planets to stars. M.<br />
2003.<br />
13. O.D. Khvolfson. Relativity principle. // Priroda. N11/ 1912,<br />
p. 1275.<br />
14. D.K. Miller. Aether wind. 1925.<br />
15. Leibniz. Thoughts <strong>of</strong> metaphysics. M. 1982.<br />
16. I.O. Yarkovsky. A passion for mathematical theories in<br />
modern science”. M. 1893.<br />
17. P. Davis. Super-power. M. Mir. 1989, p. 84.<br />
18. V.P. Vizgin. Einstein and others. Priroda. N3/ 1979, p. 41.<br />
19. R.P. Lazer and others. A meeting <strong>of</strong> “Voyager-2” with<br />
Uranus. // V mire nauki. N1/1987, p. 12.<br />
20. A. Addington. Internal construction <strong>of</strong> stars. 1926.<br />
21. D.G. Gins. <strong>New</strong> in cosmology. 1928.<br />
22. Planetology. // Priroda. N6/ 2000, p. 61.<br />
23. L. Brilloin. A new view on relativity. M. Mir. 1972. 28.<br />
24. N.A. Kozyrev. A nature <strong>of</strong> stellar energy on the basis <strong>of</strong> the<br />
observed data’s analysis. L. 1991. p. 199.<br />
25. L. Artsimovich and others. On thoughtless chase <strong>of</strong> scientific<br />
sensations. “Pravda” newspaper. 22.11.1958.<br />
26. E.B. Alexandrov. Searching for the fifth force. // Nauka I<br />
zhizn. N1/1988, p. 50.<br />
27. V.F. Mitkevich. The main physical views. M. 1939, p. 23.<br />
28. Leibniz. Against barbarism in physics. M, 1982, p. 349.<br />
91
Flying Platform<br />
S.A. Gerasimov<br />
Faculty <strong>of</strong> Physics, Rostov State University,<br />
Rostov-on-Don, 344090, Russia<br />
E-mail: GSIM1953@MAIL.RU<br />
An endless ribbon with apertures rotating on<br />
shafts with unbalanced masses can exerts nonzero<br />
lifting force. The influence <strong>of</strong> the phase shift<br />
between rotations <strong>of</strong> the ribbon and the<br />
unbalanced bodies on the lift force is considered.<br />
This is an attempt to find out what parameters<br />
<strong>of</strong> the device shown in Fig. 1 must be to ensure<br />
the lift <strong>of</strong> the system in the gravitational field.<br />
Essentially, the system is an endless ribbon W<br />
<strong>of</strong> length πnd having apertures <strong>of</strong> length πd,<br />
where n is digital number. The ribbon rotates<br />
between four shafts <strong>of</strong> diameter d two <strong>of</strong> which<br />
have unbalanced masses m/2. In fact this is a<br />
variant <strong>of</strong> the vibrational air craft [1]. The only<br />
distinction is in that the body W contacting<br />
with the surrounding medium changes its sizes<br />
and form synchronously with the rotation <strong>of</strong><br />
the unbalanced masses. In the vibrational air<br />
craft, the form and the sizes <strong>of</strong> this body are<br />
immutable. Therefore, one may consider this<br />
system as a variant <strong>of</strong> the ornithopter [2].<br />
Possibly that the aspiration to save the form <strong>of</strong><br />
the wing was a reason <strong>of</strong> failures in attempts to<br />
build the ornithopter [3]. Unfortunate choice<br />
<strong>of</strong> the phase shift ∆ can be another reason <strong>of</strong><br />
the mentioned failures. There is meaning to<br />
consider a case when the resistance force F r<br />
proportional to the effective area <strong>of</strong> wing W is<br />
also proportional to the velocity <strong>of</strong> this body<br />
relative to surroundings.<br />
The unbalanced bodies rotate in opposite<br />
directions. Therefore, the motion <strong>of</strong> these<br />
bodies may be represented as a vibration <strong>of</strong> one<br />
body <strong>of</strong> the mass m executed forced oscillations<br />
in the vertical direction. When the wing is open<br />
(small effective area <strong>of</strong> the wing) the mass m<br />
must move downwards to produce the motion<br />
<strong>of</strong> the wing upwards. When the mass m moves<br />
upwards the wing should be closed (large<br />
effective <strong>of</strong> the area <strong>of</strong> the wing). In this case<br />
the essential magnitude <strong>of</strong> the resistance force<br />
prevents the wing from motion downwards.<br />
The center <strong>of</strong> mass <strong>of</strong> the system, therefore,<br />
rises. It is all over up with the principle <strong>of</strong> action<br />
<strong>of</strong> the platform. But such an interpretation <strong>of</strong><br />
the lifts valid only in the case <strong>of</strong> the piecewiseconstant<br />
dependence <strong>of</strong> the area <strong>of</strong> the wing on<br />
time when the wing is open or closed. In the<br />
device shown in Fig. 1 the area <strong>of</strong> wing changes<br />
harmonically with time. Therefore the influence<br />
<strong>of</strong> the phase shift ∆ on the lift force must be<br />
investigated. Now about the lift force. By all<br />
appearance, this is the weight <strong>of</strong> the system that<br />
can be kept on a immutable distance from the<br />
earth to the platform. In another words, this is<br />
the weight corresponding the critical regime<br />
Fig. 1. The flying platform<br />
Fig. 2. The dependence <strong>of</strong> the lift force F<br />
on the phase shift ∆<br />
92 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
Fig. 3. The dependence <strong>of</strong> the lift force F<br />
on the period <strong>of</strong> rotation T<br />
<strong>of</strong> the flight [4]. In this case the calculation<br />
procedure is almost identical to that<br />
corresponding to the vibrational air craft [2,4].<br />
But the results <strong>of</strong> calculations are quite<br />
unexpected (Fig. 2). It turns out that when the<br />
unbalanced bodies are downstairs, the wing<br />
must be half open and must be in state <strong>of</strong> closing.<br />
Suppose that ∆=-d/2 and d=0.5 m. A plane <strong>of</strong><br />
area 1 m 2 moving with velocity =10 m/s<br />
exerts the resistance force 76 N [5]. This means<br />
that the period <strong>of</strong> rotation <strong>of</strong> the unbalanced<br />
bodies must approximately be T ≈ 2d/=0.1<br />
s if the mass <strong>of</strong> the system without the<br />
<strong>New</strong>s<br />
I have invented, patented, and tested a chip containing<br />
very many very small diodes that absorbs uniform ambient<br />
heat and releases D.C. Electrical power. This is a superior<br />
energy source that is very inexpensive and will power<br />
mall appliances out <strong>of</strong> the box without a need for power<br />
wiring anywhere in the world.<br />
Michael Huff at the Stanford MEM network, a network<br />
<strong>of</strong> nanotechnology evelopers, has given me a quote that<br />
$50,000 would pay for developing this chip. He could<br />
receive grant funding directly to improve the<br />
accountability as I am an unaffiliated inventor that<br />
cannot personally produce the chip.<br />
U.S. Patent 3,890,161, DIODE ARRAY. As a 1975 patent,<br />
it may be vailable in an image form only, not yet in an<br />
electronically searchable text form. The original materials<br />
specified in the patent have been superseded by C60<br />
carbon buckyballs as anodes on an N type InSb<br />
(semiconductor) substrate.<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
unbalanced bodies is small M4M 0<br />
λ ) the system<br />
cannot even lift itself .<br />
References<br />
1. Udalova E.S. Vibrational Air Craft by Engineer<br />
Gerasimov. // Engineer. 2005. No 3. P. 2-5.<br />
2. Gerasimov S.A. On Theory <strong>of</strong> Ornithopter. //<br />
Technique and Technology. 2005. No 2. P. 17-20.<br />
3. DeLaurier J.D. An Aerodynamic Model for<br />
Flapping-Wing Flight. // The Aerodynamic Journal. 1993.<br />
V. 97. N 964. P. 125-130.<br />
4. Gerasimov S.A. Vibrational Displacement in<br />
Gravity Field. // Journal <strong>of</strong> Applied Mechanics and<br />
Technical Physics. 2003. V. 44. No 6. P. 786-789.<br />
5. Kasnevsky V.P. Aerodynamics in Nature and<br />
Technique. // Moscow: Prosveschenie. 1985.<br />
In 1993, I commissioned the preparation and testing <strong>of</strong><br />
an adapted satellite transponder chip containing 5,600<br />
Au on GaAs diodes fabricated in a patch as an expedient<br />
for assemblers to find one diode where diodes operating<br />
at high frequencies have to be very small. Conductive<br />
paste was applied over the face <strong>of</strong> the chip to connect all<br />
the diodes in consistent alignment parallel as required.<br />
Next, the chip was immersed in a constant temperature<br />
pure vegetable oil bath inside a shielding box in the<br />
California desert. The chip produced approximately 25<br />
watts where an output more than 1/2 watts validates<br />
the theory that electrical thermal noise (Johnson Nouse)<br />
can be rectified and aggregated.<br />
If replication <strong>of</strong> this test is desired, the chips may still be<br />
available as draw down obsolete stock from Virginia<br />
Diodes Inc. www.virginiadiodes.com. I have lost contact<br />
with the lab that adapted and tested the chip. The C60 /<br />
N type InSb version <strong>of</strong> the chip should perform much better.<br />
Charles M. Brown<br />
phone (808) 828-0297<br />
abundance@logonhi.net<br />
www.diodearray.com<br />
93
Company <strong>New</strong>s<br />
Cycclone Magnet Engines<br />
http://cycclone.com/<br />
The composition <strong>of</strong> the metals that the<br />
magnets are mounted to or applied with, is<br />
another area that gives accurate control.<br />
Practically all <strong>of</strong> the research and development<br />
work carried out in the race to create a power<br />
source utilizing the attraction and repulsion <strong>of</strong><br />
magnets has been derived from linear motion.<br />
Cycclone magnetic engines combine cyclic<br />
motion with the use <strong>of</strong> spinning metals that clone<br />
the magnetic pole, hence the name cyc-clone.<br />
The Magnets<br />
All-permanent-magnet engine by U.S. company<br />
with R&D lab in Australia. October 2003 TV<br />
footage shows demo prototype in action.<br />
Company claims to be building a prototype that<br />
can be fitted to an automobile.<br />
The Project<br />
Recent developments in the manufacture <strong>of</strong><br />
magnets has opened this exciting new arena for<br />
technological advancement.<br />
Cycclone Magnetic Engines (CME) is the<br />
concept <strong>of</strong> using permanent magnets in a<br />
configuration that supplies mechanical power<br />
on demand. To <strong>of</strong>fer an alternative to the<br />
ubiquitous internal combustion engine that is<br />
commercially viable, the technology must<br />
imitate the manner and principles that the<br />
internal combustion engines operate under.<br />
That is to, accelerate, decelerate, maintain a<br />
required revolutions per minute while<br />
responding to an increase or decrease in load<br />
and to have the ability to be operated by<br />
humans in a fool pro<strong>of</strong> fashion.<br />
CME believes that it is able to meet this criteria<br />
by concentrating development on the control<br />
and configuration <strong>of</strong> the applied magnets. The<br />
shape and composition <strong>of</strong> the magnets is the<br />
technical heart <strong>of</strong> the concept and one <strong>of</strong> our<br />
most guarded secrets.<br />
Magnets attract certain materials - such as<br />
iron, nickel, cobalt, certain steels and other<br />
alloys. They also exert an attractive or repulsive<br />
force on other magnets, have an effect on<br />
electrical conductors, and have an effect on<br />
electrically charged particles.<br />
Based on these effects, magnets transform<br />
energy from one form to another, without any<br />
permanent loss <strong>of</strong> their own energy. Examples<br />
<strong>of</strong> magnet functions are;<br />
• Mechanical to mechanical - such as<br />
attraction and repulsion<br />
• Mechanical to electrical - such as<br />
generators and microphones<br />
• Electrical to mechanical - such as motors,<br />
loudspeakers, charged particle deflection<br />
There are four classes <strong>of</strong> modern<br />
commercialized magnets, each based on their<br />
material composition. Within each class is a<br />
family <strong>of</strong> grades with their own magnetic<br />
properties. These general classes are;<br />
• Neodymium Iron Boron (NdFeB)<br />
• Samarium Cobalt (SmCo)<br />
• Ceramic (also known as Ferrite magnets)<br />
• Alnico (Al Ni Co)<br />
NdFeB and SmCo are collectively known as<br />
Rare Earth magnets because they are both<br />
composed <strong>of</strong> materials from the Rare Earth<br />
group <strong>of</strong> elements in the lanthanides section <strong>of</strong><br />
94 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005
the Periodic Table <strong>of</strong> the Elements. NdFeB is<br />
the most recent commercial addition to the<br />
family <strong>of</strong> modern magnet materials. At room<br />
temperatures, NdFeB magnets exhibit the<br />
highest properties <strong>of</strong> all magnet materials.<br />
Samarium Cobalt is manufactured in two<br />
compositions: Sm1Co5 and Sm2Co17 - <strong>of</strong>ten<br />
referred to as the SmCo 1:5 or SmCo 2:17 types.<br />
2:17 types, with higher Hci values, <strong>of</strong>fer greater<br />
inherent stability than the 1:5 types.<br />
Sintered Rare Earth/Neodymium Magnets made<br />
from rare earth elements are the most powerful<br />
permanent magnetic materials commercially<br />
available. Made from either Neodymium Iron<br />
Boron(NdFeB) or Samarium Cobalt(SmCo),<br />
rare earth magnets boast magnetic energy values<br />
ranging from 18 MGOe to over 45 MGOe,<br />
depending on grade and material.<br />
Basic problems <strong>of</strong> permanent magnet design<br />
revolve around estimating the distribution <strong>of</strong><br />
magnetic flux in a magnetic circuit, which may<br />
include permanent magnets, air gaps, high<br />
permeability conduction elements, and<br />
electrical currents. Exact solutions <strong>of</strong> magnetic<br />
fields require complex analysis <strong>of</strong> many factors,<br />
although approximate solutions are possible<br />
based on certain simplifying assumptions.<br />
Obtaining an optimum magnet design <strong>of</strong>ten<br />
involves experience and trade<strong>of</strong>fs.<br />
The basis <strong>of</strong> magnet design is the B-H curve, or<br />
hysteresis loop, which characterizes each<br />
magnet material. This curve describes the<br />
cycling <strong>of</strong> a magnet in a closed circuit as it is<br />
brought to saturation, demagnetized, saturated<br />
in the opposite direction, and then<br />
demagnetized again under the influence <strong>of</strong> an<br />
external magnetic field. The second quadrant<br />
<strong>of</strong> the B-H curve, commonly referred to as the<br />
"Demagnetization Curve", describes the<br />
conditions under which permanent magnets are<br />
used in practice. A permanent magnet will have<br />
a unique, static operating point if air-gap<br />
dimensions are fixed and if any adjacent fields<br />
are held constant. Otherwise, the operating<br />
point will move about the demagnetization<br />
curve, the manner <strong>of</strong> which must be accounted<br />
for in the design <strong>of</strong> the device.<br />
The ability <strong>of</strong> a permanent magnet to support<br />
an external magnetic field results from small<br />
<strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005<br />
magnetic domains "locked" in by crystal<br />
anisotropy within magnet material. Once<br />
established by initial magnetization, these<br />
positions are held until acted upon by forces<br />
exceeding those that lock the domains. The<br />
energy required to disturb the magnetic field<br />
produced by a magnet varies for each type <strong>of</strong><br />
material. Permanent magnets can be produced<br />
with extremely high coercive forces (Hc) that<br />
will maintain domain alignment in the presence<br />
<strong>of</strong> high external magnetic fields. Stability can<br />
be described as the repeated magnetic<br />
performance <strong>of</strong> a material under specific<br />
conditions over the life <strong>of</strong> the magnet.<br />
The effect <strong>of</strong> time on modern magnets is<br />
minimal. Studies have shown that permanent<br />
magnets will see changes immediately after<br />
magnetization. These changes, known as<br />
"magnetic creep", occur as less stable domains<br />
are affected by fluctuations in thermal or<br />
magnetic energy, even in a thermally stable<br />
environment. This variation is reduced as the<br />
number <strong>of</strong> unstable domains decreases. Rare<br />
Earth magnets are not as likely to experience<br />
this effect because <strong>of</strong> their extremely high<br />
coercivities. Long-term time versus flux<br />
studies have shown that a newly magnetized<br />
magnet will lose a minor percent <strong>of</strong> its flux as a<br />
function <strong>of</strong> age. Over 100,000 hours, these<br />
losses are in the range <strong>of</strong> essentially zero for<br />
Samarium Cobalt materials to less than 3% for<br />
Alnico 5 materials at low permeance<br />
coefficients.<br />
If a permanent magnet is stored away from<br />
power lines, other magnets, high temperatures,<br />
and other factors that adversely affect the<br />
magnet, it will retain its magnetism essentially<br />
forever. Shock and vibration do not affect<br />
modern magnet materials, unless sufficient to<br />
physically damage the material.<br />
The Mechanical Application<br />
The internal combustion engine produces<br />
power through the mechanical advantage <strong>of</strong> a<br />
reciprocating crankshaft. These engines are<br />
configured as either two stroke or four stroke.<br />
In a two stroke engine, there is a power stroke<br />
for every revolution, however, these engines<br />
have proven to be uneconomical in the modern<br />
environment. A four stroke engine has a power<br />
95
stroke for every two revolutions. Both engines<br />
use a scalene triangle with two fixed sides to<br />
convert the power stroke into usable rotating<br />
mechanical power. The concept behind CME is<br />
to replace the liquid fuel power stroke <strong>of</strong> two<br />
revolutions with a load line (permeance<br />
coefficient, Pc) power pulse in four to eight<br />
deliveries per revolution depending on the size<br />
and power requirement.<br />
This will equate to four power strokes per<br />
revolution in a four cycle configuration<br />
eliminating the wasted energy <strong>of</strong> one and a half<br />
rotations <strong>of</strong> the four stroke engine. Further, the<br />
power consuming components <strong>of</strong> the<br />
reciprocating engine such as the camshaft,<br />
valve train, oil pump, water pump, fan, and fuel<br />
pump in diesel engines will further advantage<br />
the CME as they will not be required.<br />
When arrays <strong>of</strong> magnets are assembled,<br />
especially when the magnets must be placed in<br />
repelling positions, it is very important to<br />
consider safety issues. Modern magnet<br />
materials such as the Rare Earth types are<br />
extremely powerful, and when in repulsion they<br />
can behave as projectiles if adhesives were to<br />
break down. CME has identified several<br />
potential methods <strong>of</strong> mechanical retention.<br />
CME believes now is the time to forge<br />
forward and consolidate it's technology into<br />
commercial reality. With the advent <strong>of</strong> hybrid<br />
powered vehicles at the cutting edge and the<br />
ever increasing demand on environmental<br />
management, the need for alternative power<br />
systems has never been greater.<br />
See the Engine Running<br />
You can view the video clips (http://<br />
www.cycclone.com/videos/cycc_20031125-<br />
215Kbps.wmv) over a broadband connection<br />
(1.8MB) and (http://www.cycclone.com/<br />
videos/cycc_20031125-56Kbps.wmv) over a<br />
dial up connection (918KB). Requires<br />
Windows Media Player 7 or greater.<br />
Founder and Inventor<br />
Micheal Peter Nugent (mnugent@<br />
cycclone.com) is the Chief Executive Officer<br />
<strong>of</strong> Cycclone Magnetic Engines. He is highly<br />
regarded as one <strong>of</strong> the top engine builders <strong>of</strong><br />
today. Being a member <strong>of</strong> the Australian<br />
Corporate Lawyers Association and Australian<br />
Institute <strong>of</strong> Company Directors, Mr Nugent<br />
brings more than 25 years experience in engine<br />
technology. Mr Nugent will manage the<br />
Technical Development Centre for Cycclone<br />
Magnetic Engines and carry out the assembly<br />
and further development <strong>of</strong> the new engines<br />
including the fitment <strong>of</strong> an engine to a vehicle for<br />
testing in a long distance drive in the near future.<br />
Contacts<br />
Corporate Directory<br />
Cycclone Magnetic Engines Inc.<br />
1005 Terminal Way, Suite 110<br />
Reno, Nevada, USA 89502<br />
Technical Development Centre<br />
2/6 Millennium Circuit<br />
Gaven, Queensland, Australia 4211<br />
Postal Address<br />
PO Box 152<br />
Arundel, Queensland, Australia 4214<br />
Phone: +61 7 5580 6000<br />
Fax: +61 7 5580 6111<br />
Email: info@cycclone.com<br />
96 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005