Jones.
Is it possible that at BEC temperatures the nucleons of an atom exhibit
a large neutrino absorption cross-section?
Thus upon absorption theatoms/molecules "recoil" with the energy (KeV to MeV)
carried as momentum by the neutrinos and absorb the neutrino's mass energy?
Hence there
Fred,
Is it possible that at BEC temperatures the nucleons of an
atom exhibit a large neutrino absorption cross-section?
You are suggesting that the BEC temperature of some isotopic
nucleons might differ and be much higher - and/or be
semi-independent of the whole atom, right? ... and therefore
I'm thinking that perhaps Liquid H2 (~21 K) or Solid H2 (~13 K) cooled with
He4
and a He4 cover gas that can be pressurized might make an interesting
experiment.
The numbers I came up with for the momentum of a 1.0 MeV neutrino
colliding with an
H2 molecule suggest a recoil momentum of 1.0 eV
Jones Beene wrote:
Ways to test this: Compare two LENR cells, one of which has a lesser concentration of Pd-105 in the cathode composition, which is the isotope which could strongly interfere with BEC formation. This would be very expensive, probably, unless some of this kind of material can
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