Introduction of new Hydrogen Physics Energy

Cold Fusion," or more nail equipment generically Low-Energy Nuclear Reactions (LENR), is the large, worldwide field of scientific investigation devoted to the work launched by Drs. Fleischmann and Pons with their announcement at the University of Utah on March 23, 1989. This area of New Energy is among the most widely explored and verified of the new energy sources. See, for example, the technical paper resources at:  or at

Evidence for LENR consists  nail products of substantial nuclear-magnitude excess heat (more heat output than other energy input, and far beyond ordinary chemical explanation) in electrochemical cells, gas-phase cells, ultrasonically activated cells, solid state devices in hydrogen gas, etc. There is also evidence of a surprising variety of nuclear products: helium, where no such helium gas levels existed before the nail product  experiments; tritium (a radioactive isotope of hydrogen); low levels of neutrons; charged particle emissions; gamma rays; transmutation of heavy metals to become other metals. (Yes, this sounds like "modern alchemy"and it is!) Dr. Randell Mills, now of the BlackLight Power Corporation in New Jersey (prior to the Fleischmann-Pons announcement pioneered a theory of "Classical Quantum Mechanics" that allows hydrogen's electron to drop below the conventionally understood ground-state level  nail uv lamp and thus release energy, leaving what he calls "shrunken" hydrogen or a "hydrino."

Triggered by the nail uv lamp Pons-Fleischmann announcement, Mills developed a catalytic process-using other elements in contact with the hydrogen-to release this energy. Mills and his associates, who are pioneering a variety of emerging technologies and new forms of matter ("hydrino hydrides"), do not agree that the excess heat in "cold fusion" comes from nuclear reactions. On the other hand, some cold fusion researchers report the accurate correlation of helium product with excess heat in what amount to essentially radiationless nuclear reactions. We are talking about different albeit nail uv lamps related experiments. Hydrogen in exotic environments is the common theme, and there is common ground in many of these "cold fusion" and "hydrino" experiments. We believe that the diverse data will ultimately lead to a uv nail lamp comprehensive and unified physical understanding, which may even incorporate findings from another form of New Energy research- "vacuum energy."