Low Cost Energy Will Cause Deflation
LANR stands for Lattice Assisted Nuclear Reactions. If you have studied Quantum Mechanics, you know
that particles act strangely at the atomic scale. Normal Hydrogen consists of one Proton and one Electron.
Deuterium consists of a Proton and a Neutron in the nucleus with one electron spinning around it. If you
place Deuterium into a special lattice of Palladium one can get a nuclear reaction in which two Deuterium
atoms combine into one Helium atom. When this happens (which it does) energy is released. Instruments
have detected the production of Helium but no physicist has yet explained what is actually happening. We
need to understand more about LANR in order to successfully reproduce phenomenon.
When this process was first discovered, it was called "Cold Fusion" and MIT scientists tried to reproduce it
and couldn't. They proclaimed it to be a hoax and only a few people continued to work on it.
Now an MIT professor is teaching a course on the history of LANR:
"Beginning on January 23, 2012, Massachusetts Institute of Technology (MIT) Electrical Engineering Prof.
Peter Hagelstein will teach an Independent Activities Period (IAP) course titled “Cold Fusion 101:
Introduction to Excess Power in Fleischmann-Pons Experiments.” While Hagelstein expects attendance in
the course to be small (based on the historical lack of interest in cold fusion at MIT), he plans to pack a lot of
information into the available 10.5 hours. Some of the lecture material includes: observation of excess
power in Fleischmann and Pons’ early experiments; claim of energy production without chemical or
nuclear products; important negative experiments from 1989; theoretical difficulties; Huizenga’s “three
miracles” (lack of strong neutron emissions and gamma rays or X-rays, Coulomb barrier penetration);
hydrogen/deuterium evolution reactions and electrochemical models; excess power as a function of
loading; vacancies and codeposition; the nuclear ash problem; correlation of He-4 with excess power in
Fleischmann-Pons experiments; overview of theoretical approaches; ideas for coherent energy exchange
between mismatched quantum systems; excess power in the NiH system; the Piantelli experiment; prospects
for a new, small-scale, clean nuclear energy technology. On January 30-31, Dr. Mitchell Swartz, of JET
Energy, will present experimental results showing excess power in PdD and NiH systems, with a particular
focus on experiments he has conducted."
Next
LANR stands for Lattice Assisted Nuclear Reactions. If you have studied Quantum Mechanics, you know
that particles act strangely at the atomic scale. Normal Hydrogen consists of one Proton and one Electron.
Deuterium consists of a Proton and a Neutron in the nucleus with one electron spinning around it. If you
place Deuterium into a special lattice of Palladium one can get a nuclear reaction in which two Deuterium
atoms combine into one Helium atom. When this happens (which it does) energy is released. Instruments
have detected the production of Helium but no physicist has yet explained what is actually happening. We
need to understand more about LANR in order to successfully reproduce phenomenon.
When this process was first discovered, it was called "Cold Fusion" and MIT scientists tried to reproduce it
and couldn't. They proclaimed it to be a hoax and only a few people continued to work on it.
Now an MIT professor is teaching a course on the history of LANR:
"Beginning on January 23, 2012, Massachusetts Institute of Technology (MIT) Electrical Engineering Prof.
Peter Hagelstein will teach an Independent Activities Period (IAP) course titled “Cold Fusion 101:
Introduction to Excess Power in Fleischmann-Pons Experiments.” While Hagelstein expects attendance in
the course to be small (based on the historical lack of interest in cold fusion at MIT), he plans to pack a lot of
information into the available 10.5 hours. Some of the lecture material includes: observation of excess
power in Fleischmann and Pons’ early experiments; claim of energy production without chemical or
nuclear products; important negative experiments from 1989; theoretical difficulties; Huizenga’s “three
miracles” (lack of strong neutron emissions and gamma rays or X-rays, Coulomb barrier penetration);
hydrogen/deuterium evolution reactions and electrochemical models; excess power as a function of
loading; vacancies and codeposition; the nuclear ash problem; correlation of He-4 with excess power in
Fleischmann-Pons experiments; overview of theoretical approaches; ideas for coherent energy exchange
between mismatched quantum systems; excess power in the NiH system; the Piantelli experiment; prospects
for a new, small-scale, clean nuclear energy technology. On January 30-31, Dr. Mitchell Swartz, of JET
Energy, will present experimental results showing excess power in PdD and NiH systems, with a particular
focus on experiments he has conducted."
Next
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