I speculate… When a compound or transition metal has a high degree of quantum mechanical(QM) proton coherence; large numbers of cooper pairs of protons, radiation reduction will be observed when this coherence is momentarily broken by a trigger event.
In a variant of the quantum Zeno effect in which an unstable particle, if observed continuously in a continuing process of quantum decoherence, that particle will thermalize its nuclear power output as thermal energy. After this QM breakdown of coherence, the coherence of the assemblage will be immediately reestablished in the compound or metal by the crystal structure of that material. This comes from the fact that entangled particles will absorb energy as a group and release this potential energy over the entire assemblage when the coherence of the assemblage is broken by some trigger. In this way, the high energy of radioactive decay will be spread out over many coherent particles of the assemblage and thermalized across the entire assemblage when a trigger effect distorts the coherence therein. It is not the trigger that imposes the order that mitigate the nuclear radiation but the crystal structure of the compound that imposes quantum mechanical coherence on its member protons. Best regards, Axil On Wed, Dec 7, 2011 at 12:08 PM, Jones Beene <[email protected]> wrote: > We have to agree with the comments that the prior testing clearly indicates > that there is no significant radioactivity detected during operation of > E-Cat. > > One unanswered question relates to startup. Not just startup, but a > possible > method "after startup" of attenuation of the decay rate to levels that can > lower the reading by a large factor on the type of positron detector used > in > the testing. > > This has not been addressed adequately before: the way in which a > significant reading can be made to look similar to background. But it can > be > done, has been done, and can be validated by anyone interested. > > IOW, there is a known way that natural decay radioactivity is either > "masked" or altered - and it relates to high voltage. Ref: The two patents > of Wm. Barker. The implication is that the radioactivity of potassium > carbonate, enriched in the 40K isotope in particular, can be masked to an > extreme level by the application of high voltage. If you have a Tesla coil > and a gamma scout, and a supply of potassium carbonate, then you can > perform > this experiment yourself. > > U.S. Pat. No. 4,961,880 "Electrostatic Voltage Excitation Process and > Apparatus" issued to William Barker in 1990 and a second patent also > expired > disclose an apparatus for utilizing HV electrostatic charge to accelerate > or > decelerate the "apparent decay rate" of a few mineral radioisotopes. This > patent has been replicated independently but not published in a peer > reviewed journal, AFAIK. > > Electrostatic fields are generally not sufficient to influence decay rates > in pure elements, and there is no dispute over that. But RF at HV from a > Tesla-type device has been shown to be surprisingly effective to change the > apparent decay rate (increase or decrease) in *some minerals* by a factor > of > up to 10^6. It is not clear why some minerals respond and others do not, or > if the change is "real" or being masked somehow, but the presence of oxygen > and carbon are indicated. > > The Barker technique does not work for every mineral, but for unknown > reasons the net effect (change in counts) is almost unbelievably > accelerated > in a few like pitchblende, in particular - and decelerated in others. > > A particular potassium compound could be in that category. > > One might be more inclined to consider this possibility if there was an > indication that Rossi's so-called "RF generator" was in fact a transformer > of the kind used for Tesla coils. > > Jones > > >
