On Tue, Apr 9, 2013 at 12:27 AM, Jones Beene <[email protected]> wrote:
> ** ** > > *From:* Axil Axil **** > > ** ** > > Two coupled Jaynes-Cummings cells**** > > > http://arxiv.org/pdf/1202.4827v1**** > > This reference looks to me to be a model of how energy is shared between > JCH cells when the cells are entangled.**** > > This is how the energy of a big quanta gets distributed to many cells.**** > > This solution also says that if entanglement is lost, the big quanta will > not be broken up and released from the lattice. > **** > > Well, that is a kind of intermediate downshifting – but the “big” quanta > are still not nuclear levels of energy. **** > > ** ** > > AFAIK the superset of all of this is efficient lasers. JCH is about > optical lasers. If there is any applicability to gamma radiation, then I > have not seen it.**** > > ** > The big breakthrough made by the Ni/H reactors is that they drive the polaritons with electrons and not lasers. > ** > > A google search using the terms: Jaynes-Cummings "gamma radiation" turns > up a couple of irrelevant hits.**** > > ** ** > > The problem with the goal of thermalizing gamma radiation is that without > near perfection - it is so deadly that even if you could thermalize 99% of > it with any available QM trick, that is not adequate for human safety.**** > > ** > The LENR reaction is coupled to the gamma thermalization reaction to a major extent except for a small but controllable window of temperature. If the lattice is hot enough then no gammas are produced. > ** > > Common sense should indicate two things –if gamma radiation could be > shielded without tons of lead, then every jumbo jet would be nuclear > powered (for instance using the small reactors or submarines) saving the > airlines millions; but moreover, even if there was only a slight indication > this gamma thermalization could be done in the future - billions would be > being spent now in a quest to find such a miracle. **** > > ** > These things will happen. > ** > > Instead, there is nothing that I can find to suggest that anyone thinks > gamma thermalization is remotely possible.**** > > ** ** > This is our challenge. I have decided to start with you,
