Infrared photons are required to produce charge separation. That means that low temperature *BEC *is not applicable. The temperature of the metal must be high enough for the BEC to form.
Any atoms or combination will atoms will form Dipole based holes. I guess that nickel makes forming dipoles easier than would other materials. The role of hydrogen is dielectric enhancement between metal surfaces, IMHO. I would be interested if helium might work also or is helium a LENR poison? On Tue, May 28, 2013 at 2:38 PM, David Roberson <dlrober...@aol.com> wrote: > Axil, > > Please clarify something for me concerning BEC behavior. Are you > convinced that a BEC will always lead to fusion when it is formed? > > Would a BEC produced at near absolute zero be expected to fuse? If not, > what is the push required to make it happen? > > I assume we are speaking of a BEC composed of Ds, but would these behave > differently than those made of Ps? > > Dave >
