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Interestingly,
the usually indifferent environmental community is actually actively
investigating BlackLight Power to see if they can solve our energy problems and
pollution problems as well. Also professors from Univ of NC and NM have examined
and endorsed Randy Mill's discovery. I don't know, but this seems to be gaining
traction.
Quantum leap in physics? Monday, January 02, 2006 By ELIZABETH LANDAU <SNIP> "It makes nuclear energy obsolete, oil-power cars obsolete, solar and wind energy irrelevant," said Kurt Davies, research director at Greenpeace. "We need a miracle to solve global warming. I cross my fingers and hope that BlackLight is part of that solution." Though Greenpeace does not receive money from BlackLight, the two organizations share a "philosophical partnership," Davies said. In May, Greenpeace invited researchers at the University of North Carolina at Asheville to check out BlackLight and make independent assessments of the technology. After a week of calculation and experimentation, UNC environmental studies Professor Rick Maas and physics Professor Randy Booker reportedly are convinced of BlackLight's potential. The researchers examined and played with water lasers, kilns, calorimeters and other gadgets and agreed that in each set-up, it seemed that hydrogen collapsed into hydrinos, creating energy. "The experiments really speak for themselves; it's overwhelming that they give off excess energy," Booker said. "I saw it with my own eyes and my own calculations." Though Booker said he continues to keep an open mind and maintains skepticism, he hasn't found "any major boo-boos," and said BlackLight could be a big breakthrough as a non-polluting, renewable energy source. Mills inspired Jonathan Phillips, national lab professor at the University of New Mexico, to undertake his own experiments using the hydrino-generating principles, and Phillips said he found the same results. "It's a done deal. It's a superior theory by far," he said. http://www.nj.com/news/times/index.ssf?/base/news-0/1136192775314670.xml&coll=5&thispage=1 |
