[feedquote='E-Cat World','http://www.e-catworld.com/2016/02/04/brilliant-light-power-post-fourth-public-demonstration-video-becktemba/']This post has been submitted by Becktemba Brilliant Light Power posted its fourth “Demonstration Days” Video (1hr. 55min.) on its new site today. (http://brilliantlightpower.com/demonstration-days/). Dr. Randall Mills starts the demonstration with discussing a new energy source called “Hydrinos” utilized by its Brilliant Light Power’s “SunCell”. Dr. Mills reviews the physics, mechanics and economic impact of […][/feedquote]
Brilliant Light Power Post Fourth Public Demonstration Video (Becktemba)
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@padam73
I think Mills never addressed many issues about his funny theory. The missing decay is one. If I understood right he claims QM is fundamentally wrong ...@anyone
I watched part of the video.
Mills is once again showing high power in the Extreme Ultra Violet (EUV) range. He now decided to use Tungsten to de-energize the photons to the visible range for feeding solar panels. My guess is that Rossi is now doing something similar with his X-Cat.The EUV emission is explained by my theory:
http://lenr-calaon-explanation…ted_nuclear_reactions.pdfWhen I first obtained the EUV energy of 85 [eV] (wavelength of14.6 [nm]) for the emission, I thought it was wrong. Then after a while I understood that all the energy of LENR experiments was actually emitted in the EUV. Since practically all experiments make the reaction happen in solids, the EUV radiation transforms locally into thermal, and sometimes generates the funny local shapes due to local melting.
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Has Mills ever solved the issue that hydrogen does not readily move towards its lowest energy state?
I believe he argues that the hydrino states are very stable and they cannot form or advance to deeper states spontaneously but only in a multi-body collision with an appropriate catalyst. The criticism that if hydrino's were possible that hydrogen should just spontaneously become hydrino's has always been a red herring.
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I believe he [Mills] argues that the hydrino states are very stable and they cannot form or advance to deeper states spontaneously but only in a multi-body collision with an appropriate catalyst.
Why do the collisions not competitively reinflate the hydrinos back to lower levels of redundancy, until they reappear as normal hydrogen, or ionize them altogether?
