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Originally Posted by bottomlander  Dear trinitree88,
According to your message as quoted above, neutrino/antineutrino pair seems actually a Z boson which may form a neutral current.
It will be a great help to science community if you give us some information of the Z boson as within the standard model.
Do you have any model upon how the relativistic mass of Z boson (once turns into a neutral current) will match that of the range of neutrino/antineutrino pair?
Best Regards. Bottomlander |
Bottomlander. Below an energy ~ 1.022Mev, the Z[sup]0[/sup] can only be one of two entities photon/antiphoton (it is it's own antiparticle) or neutrino/antineutrino. It's the latter that behaves as a graviton. It's possible to have higher energy neutrino/antineutrino pairs, but it is incumbent that low ones exist. When you look at the SU(5) symmetry by Howard Georgi, Sci. Amer. April 1981...the Z fits on the diagonal of the interactions of the quarks and leptons, coupling to them all. Pete.