There is a process that is strong enough to overcome the coulomb barrier between the fermions in a cooper pair. This process is called fractionalization. When a large group of fermions are packed so tightly together, in order for one to move one beyond another, they must tunnel to where they are forced to go. And tunneling is the only thing that they can do in such a tightly confined situation.
The need to tunnel negates charge repulsion. Charge is negated by the rigid confinement of the group of fermions. These packed fermions only process spin and are now called spinons. see http://phys.org/news200828132.html In LENR+ systems, one dimensional nano wire is what causes fractionalization. On Sun, May 18, 2014 at 3:00 PM, Daniel Rocha <[email protected]> wrote: > Yes, this is aprox. the idea I developed with Akito. The fusing atoms are > like mini neutron stars. > > > 2014-05-18 15:36 GMT-03:00 Jones Beene <[email protected]>: > > >> This explanation would be that D+D occasionally forms >> incompletely, not as 4He but instead as a two proton core - the diproton >> species (2He) with neutrons only slightly bound to this core, and at a >> substantial distance away (in short as a "halo"). This species can be >> called >> the "diproton with halo" and could shed the full 24 MeV, which cannot be >> done via electrons. >> >> The 2He nucleus does have a short lifetime, which is >> possibly extended long enough by having a halo to do the following: the >> two >> neutrons become separated in a remote halo orbital, from whence the >> circumference is adequate for them to shed UV photons (possibly in the >> 100+eV range) which are easily thermalized. This species (which will be >> called the "diproton with halo") could then be positioned to shed the full >> 24 MeV in as a few as 250,000 sequential photons, at the same time as the >> halo orbital is shrinking down. This would all transpire sub-nanosecond. >> >> In the end, the two halo neutrons spiral down to collapse >> into the 2He core, forming an alpha, but with almost no excess mass. >> >> The falsifiability is a matter of documenting the EUV >> emission. >> >> >> > > > -- > Daniel Rocha - RJ > [email protected] >
