Top view of the apparatus [Blacklight power is using] for scattering an electron beam from a crossed atomic or molecular beam and measuring the fifth-force deflected beam. NOTE: this is not the generator but a device for testing some of the science behind it.
Dec 11, 2008 UPDATE: Blacklight Power has signed its first commercial deal.
UPDATES: Rowan University has recently published independent validation of the Blacklight Power claims. Rowan university generated a megajoule of power beyond normal chemical reactions. Prof Jansson of Rowan University who did the work has a B.S. from MIT and Ph.D. from Cambridge.
MORE UPDATE: Further Rowan University confirmation has been published
Blacklight Power, a company with $60 million in funding from respected funding sources, claims to have built a 50 kw prototype power generation device.[this link is to a prior article with a picture of the generator] They claim that the device will generate power at ten times less cost than the cheapest coal, wind and nuclear power now. They are expecting to have built a factory for mass producing power generation devices in 2009 and to scale the system up to 3MW or more and down to smaller power levels. However, even more important than solving all energy problems would be that Blacklight power could then be right about Hydrinos and a fifth physical force and a possible grand theory including gravity. Their power system can be 137 times more powerful than traditional chemistry. A better power system would help many space applications and they also discuss a better ion propulsion drive. The claims are fantastic but they are looking to put out purchasable and useful systems next year.
The fifth-force acceleration based on this estimate is over twelve orders of magnitude greater. As one application, even a micro fifth-force device has great promise as a replacement for micro-ion-thrusters for maintaining the orbits of satellites.
Hydrinos are hydrogen atoms with the electrons in a theoretical lower energy state which allows 100 times more power to be generated than typical hydrogen chemistry.
They claim that Li and NaH are catalysts for achieving these subquantum level states for hydrogen. H2 (1/p) is claimed to be stable and lighter than air and cannot accumulate in the earth’s atmosphere.
When the hydrino is created through a reaction between hydrogen and a catalyst, according to Mills, it lets go of more than enough energy to fuel electrolysis in common water, thus producing more hydrogen. The excess energy — the majority — would go to producing electricity. The only outside ingredients needed are a catalyst, to turn the hydrogen to hydrinos, and heat (which would also be generated once the reaction had started). And the hydrinos created by the process? They’re non-reactive and can be released to float up into space, as they’re lighter than helium. Or, even better, they can be processed into unique chemicals with a range of useful applications.
For clarification, the ideas and new physics/chemistry proposed by the Blacklight people goes against current science. The highly regarded living and dead scientists (including nobel prize winners) would have to be wrong in regards to the areas of physics and chemistry effected by the Blacklight/Hydrinos/Nwe physics theories and experiments (IF Blacklight Power is right which is a series of huge IFs).
It would take a series of improbable events for Blacklight to be totally right. The device could partially work but for reasons other than the new physics and chemistry that they propose.
Chemistry that is one hundred times more powerful would have a massive effect.
New physics (especially if what was a correct Grand Unified theory) would also be huge.
New power sources.
All of the claimants in these areas have always been wrong except for Einstein, Newton and a few other instances where fundamental science changed.
Brian Wang is a Futurist Thought Leader and a popular Science blogger with 1 million readers per month. His blog Nextbigfuture.com is ranked #1 Science News Blog. It covers many disruptive technology and trends including Space, Robotics, Artificial Intelligence, Medicine, Anti-aging Biotechnology, and Nanotechnology.
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