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MANNING<br />
Continued from Page 17<br />
telephone contact with Sweet while Bedini was<br />
there in person. Then other people began<br />
<strong>com</strong>ing to Sweet’s house and Bearden arrived<br />
too. One day Sweet had Bearden deliver a message<br />
to Bedini. “Floyd doesn’t want you to<br />
build his device and you’re not wel<strong>com</strong>e over<br />
there any more.”<br />
After all that he’d done in a helpful spirit,<br />
Bedini naturally felt hurt. But he kept his word<br />
and never built a Sweet device. And he remained<br />
friends with Bearden but<br />
didn’t discuss Floyd Sweet.<br />
Bearden once told me that Sweet<br />
seemed to change his stories for no<br />
good reason. This frustrated researchers<br />
like Bearden and Bedini<br />
who want humankind to benefit from<br />
inventions. Sweet—dubbed “Sparky”<br />
by Bedini—left a trail of more questions<br />
than certainties in the minds of<br />
people who tried to get answers.<br />
Skipping ahead to recent months,<br />
we switch to the east coast where Arthur<br />
Manelas is running a car on energy<br />
from a Sweet-type device. I had<br />
an airline ticket to go to a demonstration<br />
in September, 2011, but plans<br />
changed because Manelas was wisely<br />
cautious about bringing in more<br />
people. However, now the story is<br />
out on the Internet. Since I haven’t<br />
interviewed Manelas but have talked with Brian<br />
Ahern, we’ll get glimpses of the story as he experienced<br />
it.<br />
Ahern is an expert in nanotechnology,<br />
dealing with extremely tiny materials. (A nanometer<br />
is a billionth of a meter.) Trained at Massachusetts<br />
Institute of Technology, his varied<br />
career includes 24 years as the U.S. Air Force’s<br />
resident expert on nano-sized materials and<br />
their properties. In 1996 he and colleagues discovered<br />
unique vibrational properties in materials<br />
processed into a size range of about three<br />
to 12 nanometers.<br />
To this day relatively few people know<br />
about “cooperative oscillations” among ferrite<br />
particles in that seemingly magical size-range<br />
where magnetic vortices arise like miniature<br />
whirlwinds. Those particles operate by a different<br />
set of rules!<br />
In the bigger picture, Ahern believes that<br />
the theories of <strong>Do</strong>n Hotson, who wrote a series<br />
of articles for Infinite Energy magazine, explain<br />
unsolved mysteries and emerging science. Ahern<br />
at first dismissed Hotson’s lengthy articles, then<br />
Ahern’s own path brought him to an enlarged<br />
viewpoint.<br />
First he stepped into the maligned and marginalized<br />
Low Energy Nuclear Reactions<br />
(LENR) field; new developments attracted<br />
58 ATLANTIS ATLANTIS RISING RISING • Number 95<br />
Manelas<br />
Device lights<br />
Ahern’s attention enough to make him think of<br />
applying nano-materials knowledge to the field.<br />
LENR is the field of research that was misnamed<br />
“cold fusion” in 1989. Recently experimenters<br />
in a branch of LENR—pressuring hydrogen<br />
into powdered nickel—have been getting<br />
closer to <strong>com</strong>mercializing products. Andrea<br />
Rossi of Italy claims that his E-Cat is improved<br />
to the point where it can continuously output<br />
600-degree Celsius steam. Defkalion Green<br />
Technologies of Greece are racing to bring<br />
products to market, and nickel-hydrogen pioneer<br />
Francesco Piantelli also seeks to bring cold<br />
fusion/LENR to market.<br />
While working for Electric Power Research<br />
Institute and investigating claims related to his<br />
expertise, Ahern became intrigued by a Japanese<br />
scientist’s success. Yoshiaki Arata, a wheelchair-bound<br />
professor at Osaka University, traveled<br />
to a cold fusion conference in America in<br />
2008 and announced he was getting excess energy<br />
out of nano-powders of palladium and<br />
nickel. Although Arata once received Japan’s<br />
highest science award, his announcement didn’t<br />
ignite much interest at the conference because<br />
of language difficulties and because another respected<br />
Japanese scientist, younger and more<br />
fluent in English, reported having failed to replicate<br />
Arata’s experiment. Arata’s recipe didn’t<br />
work for Akito Takahashi.<br />
So the topic dropped from sight until<br />
Ahern read the full translation of Arata’s science<br />
paper. When he saw exactly what nanosized<br />
particles of metal Arata had worked with,<br />
Ahern told me, he decided “I’m the nano guy;<br />
I’m going to reproduce that work. And I did.<br />
EPRI just paid for the materials.”<br />
He contacted Takahashi and convinced him<br />
to try again while paying attention to the specific<br />
size of the powdered nickel Arata had<br />
used. The result was a successful replication.<br />
Confirming the reality of LENR excess-heat<br />
output may have readied Ahern to look farther<br />
outside of the mainstream, as when he encountered<br />
the invention that likely rocked his world.<br />
Which brings us back to Arthur Manelas.<br />
Ahern needed a specialist to repair his highvoltage<br />
power supply, required for LENR-type<br />
experiments—HV pulses could possibly trigger<br />
more energy output from nano-powders. Manelas<br />
came from a neighboring state to Ahern’s<br />
laboratory and picked up the equipment. When<br />
the repair was <strong>com</strong>pleted, Ahern drove to Manelas’<br />
home laboratory. The two men talked,<br />
and Ahern reports being astonished at Manelas’<br />
nanomagnetic-related technology.<br />
Manelas’ electric car’s batteries seemed to<br />
be charging themselves! It looked like an impossible<br />
perpetual-motion machine, since the<br />
power output of the Manelas Device is continuous<br />
and the origin of the power isn’t apparent.<br />
Ahern of course knew that would<br />
violate the first law of thermodynamics.<br />
There had to be an explanation.<br />
He would design tests for the<br />
device and its battery pack outside of<br />
the car, on a bench top, and figure<br />
how to cage the equipment in isolation<br />
from ambient electromagnetic<br />
input.<br />
According to people who have<br />
talked with him, Manelas believes<br />
that his device is closely related to<br />
what Floyd Sweet had. Manelas’ device<br />
is built around a four-inch<br />
square, half-inch-thick slab made of<br />
nano-sized particles of ferrite. (Ferrite<br />
means iron or materials containing<br />
iron. A ferrous metal has magnetic<br />
characteristics). The slab is also the<br />
core of a transformer in the electrical<br />
circuit of the device. Technical specifications<br />
say it should heat up to about five degrees<br />
warmer than the surrounding air temperature<br />
when working, Ahern says. Instead it runs at<br />
five degrees Celsius below the local temperature.<br />
Ahern believed he was seeing yet another example<br />
of “energy localization” of particles in<br />
the three- to 12 nanometer range. Electricity is<br />
produced, rather than heat that has be converted<br />
to electricity via steam turbines. LENR<br />
devices’ output is heat, not direct electricity. In<br />
Ahern’s mind the new discoveries dwarf LENR<br />
in importance.<br />
The Manelas device and probably those<br />
nickel-hydrogen LENR experiments are not nuclear<br />
reactions, according to what Ahern is<br />
learning. I hope that in the future when new energy<br />
science is widely recognized, science books<br />
will leave the word “nuclear” out of names for<br />
LENR inventions that involve powdered nickel<br />
and hydrogen. Ahern told one interviewer, “I<br />
believe all of LENR is just a new and unanticipated<br />
form of nanomagnetism.”<br />
Jeane Manning’s blog is http://Changing<br />
Power.net and her latest co-authored book is available<br />
for sale at http://BreakthroughPower.net in both<br />
print and e-book formats.<br />
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