On Fri, May 6, 2011 at 2:44 PM, Roarty, Francis X <[email protected]> wrote: > Agreed but at issue seems to be the access to the smallest Casimir geometry - > my gut feeling is that the naked proton is so small already that it has the > capability to translate to fractional/relativistic scales faster than the > spatial volume can contain it provided the Casimir force is strong enough. > IMHO this allows for relativistic forms of hydrogen [1/137] like deuterium > ice or hydrinos. Any large atoms or molecules like nitrogen could easily seal > off these cavities. My original premise was to prevent contamination of the > internal lattice structure as larger nickel pellets were milled .. My current > thought is that this is already too late and the metal defects still retain > an ambient atmosphere from ore stage -This might even have something to do > with why only certain sources of Pd seemed to provide repeatable cold fusion > results based on the ambient atmosphere in the ore or the smelting process. > If so it would be far easier for the refinery to extract or flush these gases > with a desired gas while molten.
Suppose you have a huge number of excess free electrons flowing *through* the Ni powder *between* the two heaters? T
