The key to all this theory is quantum mechanical coherence and entanglement. The people who are developing quantum computers require entangled subatomic particles for their computing elements. They have found that Rydberg matter can do the job at high temperatures. I believe Rydberg matter is what makes the cold fusion reaction go because it can generate quantum mechanical coherence and entanglement at high temperatures. It is a topic that few in science think are important but it will be at the center of the new cold fusion theory.
Mainstream science today think that Rydberg matter is an exotic lab curiosity and will not be available for many years, if at all. But form http://www.maik.ru/full/lasphys/02/2/lasphys2_02p435full.pdf ** *The experimental results have been obtained using*** *new techniques to create large densities of highly*** *excited Rydberg species. Alkaline atom Rydberg species*** *are generally simplest to form because of the low*** *ionization energy of alkaline atoms. The new techniques **employ diffusion of alkaline ions from the bulk **of nonmetallic materials.* ** *For example, in the case of*** *graphite surfaces, it was shown that the emission of Cs**+ **ions gives rise to a nearly resonant process that forms **Rydberg species from the emitted ions and thermal **electrons. By increasing the pressure of Cs vapor in **contact with such surfaces and by ensuring that diffusion **takes place in the material, high densities of Cs and **K Rydberg species have been achieved. Small particles **(clusters) and macroscopic amounts of RM can be produced **by using Cs vapor. *** * * *The behavior observed for RM produced by such*** *methods qualitatively agrees with theoretical predictions: **RM is, for example, transparent to the visible **light and emits much less light than an ordinary plasma **would when high currents are carried. The observed **matter is very energetic, which is easy to observe **through explosions of the matter under simultaneous **emission of the visible light or charged particles for **both small particles of RM and large layers of RM on ** surfaces.*** In other words, Rossi uses an Alkaline-doped metal-oxide or carbon surfaces (e.g., promoted catalyst surfaces) to provide high densities of Rydberg species including Alkaline Rydberg matter. These clusters *quantum blockade* hydrogen atoms to form clusters of hydrogen Rydberg matter. Dr. George Miley has not done this in his experiments yet and he has not gotten the large power output that Rossi gets. These clusters last a long time and provide coherent hunks of metallic hydrogen to interact with the nickel surface. From the reference: *Rydberg matter, i.e., a condensed phase of excited atoms and molecules, was predicted more than 20 years ago. Comprehensive quantum-mechanical calculations have been performed to predict different properties and the lifetime of RM. These calculations have shown that RM is a long-lived excited state of matter. According to theoretical predictions, **the RM lifetime may be as long as 10 min or even several hours and days**. These predictions are consistent with long radiative lifetimes of even isolated circular Rydberg atoms. (The lifetime averaged over the angular momentum quantum number is 0.18 s for n = 40 and 17 s for n = 100*** On Sun, Oct 23, 2011 at 12:56 AM, Jouni Valkonen <jounivalko...@gmail.com>wrote: > Jones Beene <jone...@pacbell.net> wrote: > > In one early test in Bologna, a tank of deuterium was seen, which -LOL- > > Rossi claimed was use to quench the reaction! In retrospect, this could > be > > part as an outrageous deception - and D2 is in fact Rossi's only big > secret, > > not the catalyst. > > > > So the secret additive to nickel powder is copper, and perhaps little iron! > This is indeed interesting development. If true, then it means that there is > no fuel costs in any sort! Deuterium is dirt cheap and abundant (main cost > of producing deuterium is the high energy cost!) > > —Jouni
