Jones.
Is it possible that at BEC temperatures the nucleons of an atom exhibit
a large neutrino absorption cross-section?
Thus upon absorption the atoms/molecules "recoil" with the energy (KeV to MeV)
carried as momentum by the neutrinos and absorb the neutrino's mass energy?
Hence there will be an adiabatic mass increase of the atoms/molecules that
can be released by stimulation at higher temperatures as thermal energy
when the stored mass is released.
Might this also alter the "half-life clocks" of radioisotopes, and possibly
be a mechanism in "Cold Fusion" and other O/U effects?
Frederick
