On Thu, May 16, 2013 at 7:07 AM, Daniel Rocha <[email protected]> wrote:
> 1 cubic nanometer is an enourmous volume, not a small volume. You'd need > focusing like at a few fm, 1 million times smaller in scale or 10^18 > smaller in volume. > > Your concept of this process is not yet correct. No one yet knows how much negative charge can be packed into that 1 cubic nanometer volume. The voltage in the hot spot is low, but the amperage is very high. The polariton is essentially a photon with and electric charge. That is why it can form a Bose-Einstein condensate at very high temperatures. A electron like polariton lattice forms in the hot spot. Essentially, a single Elecktrum Validum (EV, strong electron) or big electron forms inside that small volume. More accurately, it is a big polariton (PV). The Pauli Exclusion Principle does not limit the size of the negative charge concentration that can be packed into the hot spot because the polariton is a boson with spin of one. Its mass is less than a neutrino. It is the EV that screens the nucleus to the point that fission and fusion occur in nearby atoms. In this LENR process, a strong electric field of virtual photons disrupts the nucleus to the point of breakup and reassembly.
