New Energy Technologies Magazine nr 3 2005.pdf - Index of

Fig. 2. The new experimental device in J.L. Naudin’s laboratory, June 2005.
The shape and length of time for the pulse
might be the most important part of the
experiment. Editor’s note: hydrogen
dissociation is a subject, which has been
thoroughly studied in the classical
experimental physics. According to the
design, which Naudin has, it is advisable to
work on its resonance frequencies. Besides,
this is not the only method to obtain the effect
in the given system. The effect’s essence is
not limited by the processes in hydrogen.
Alexander V. Frolov.
Self-run Capability Not Yet
Jones Beene, an observer of the Naudin results,
commented that until someone is able to make
such a device as this self-run, with energy left
over to use, the mainstream scientific
community will remain aloof and uninterested.
Historically, there are too many effects
displaying in the same way but having nothing
to do with free energy.
Naudin responded, "If I am able to greatly
overcome the poor efficiency of the Carnot
cycle at high power and for a long time, with
the use of a high-efficiency TEG (Thermo
Electric Generator), it seems possible to build
up a closed-loop device. This is a long way off; a
lot of work is required."
Beene has numerous ideas of his own about the
FMAHG, both about how to improve the
design as well as the theory behind its operation,
and the political ramifications of open sourcing.
He expects that a self-runner could appear quite
soon, and then the scenery would change
rapidly.
Open Source Project
Naudin reports additional experimental results
on his website, along with photos of his
apparatus, descriptions of his protocol,
schematics and diagrams of his set-up, and
copies of the data he has obtained during his
experimental runs. He provides a history of
the technology as well as an essay describing
the principles and theories that underlie the
4 New Energy Technologies #3(22) 2005