• Graverse has four types of Neutrinos.

    From RD OMeara@21:1/5 to All on Fri Jul 27 14:38:06 2018
    Graverse has four types of Neutrinos.

    Using the Particle Mass Factor [PMF] of 17.5 MeV common to all stable particles,
    the Graverse Model predicts four unique Neutrino types based on the law of conservation of mass.

    Baryons and Fermions temporarily create Anchor Neutrinos from the normal non-polar aether cell of two CMQE's.
    These Anchor Neutrinos only appear in Neutron decay or Beta decay for spin-parity; normally they revert back to an aether cell invisibily.

    The energy of an emitted Anchor Neutrino, just like the other three types, resides in the spin of its two halves.

    14PMF Kaon Neutrino
    4PMF Muon Neutrino
    2PMF Electron Neutrino
    1PMF Anchor Neutrino

    The model does declare them all inertially massless, but they retain their PMF values as an internal structure.
    The model offers no insights into any type of Tau or high energy Neutrinos.

    Each Neutrino retains its PMF structure or energy once the parents dual Fermion plane rotation has ceased; however its local

    single Fermion plane rotation continues.
    If a Neutrino could decay, it's PMF energy would re-appear as normal dual Fermion plane inertial masses; as in the case of the

    Kaon Neutrino in the above figure.

    The lack of opposite-handed Neutrinos is caused by being restricted/confined to the parent's Fermion plane pair.
    This means momentum is always aligned with the FP the neutrino halves rotate in.

    see "Neutrino Theory" at www.mister-computer.net/Graverse/Neutino-theory.htm

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