A COMMENT ON THE WAVE FUNCTION OF NEUTRINO AND P-NONCONSERVATION

Based on the space-time symmetry, we proposed a generalized superluminal Lorentz transformation (GSLT) of the lepton sector which leads to physics of Majorana particles. In the frame of this model, despite of proving nonzero mass in recent oscillation experiments, neutrino may conserve strictly its helicity. The space-time structure of neutrino shows that its wave function may be a dual appearance of the geodesic evolution of a material point twisting in the 3D-space. In a simplified GSLT model the geodesic cycling defines the structure of neutrino wave function. The statistical feature of the quantum wave function as well as the P-violation are commented from a point of view of the space-time symmetry and asymmetry.

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