From: David Roberson Thanks for the assist. In your theory of RPF, in what form is the energy released? In the usual solar fusion process a neutrino escapes the active region to carry away excess energy. Since they are difficult to capture, most leave the sun along with the mass and energy from their creation. Are you expected something similar according to your idea? Dave, The energy release appears to be UV but monochromatic, unlike Mills. The RPF hypothesis is moving towards a finding of importance for the Goldstone boson. QCD is difficult, and trying to learn it "on the fly" is my major problem. A magnon specifically can be the important medium for energy transfer within a nickel lattice - linking protons which undergo RPF to nickel atoms. Wiki has a pretty good entry on the Goldstone boson http://en.wikipedia.org/wiki/Goldstone_boson There is a recurrent single energy quantum that keeps turning up at 55 eV. This allows plenty of confusion with Mills' Rydberg value of 54.4 eV. It seems that the higher value of 55 eV represents the single expected photon emission of RPF and not the several values which Mills claims for the hydrino, being multiples of 27.2 eV times an integer (for Mills). Thus, the two reactions may be similar but different - and to make things worse, there is a possibility that both could be active in the same environment or experiment. Jones BTW - in spectral line charts which I have seen for the solar UV emission of the corona - there is a line that looks to me to be right on 55 eV, and not the lower value of 54.4 eV.
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