On the Structure of Leptonic Families and Currents of the Vector Nature

Abstract

Any of neutrinos similarly to a kind of charged lepton has a non-zero mass responsible as well as for its Coulomb behavior. Such a neutrino can possess both electric charge and vector dipole moment. Their form factors appear, for example, at the polarized neutrino scattering in the field of a spinless nucleus. We derive an equation which relates the masses to a ratio of Dirac and Pauli form factors of each lepton and its neutrino. A new left-right antisymmetric theory of force unification based on a gauge group $SU(2)_{L}$ $\otimes$ $SU(2)_{R}$ $\otimes$ $U(1)$ is suggested. In this theory, the leptons and their neutrinos are united in families not only of the left-handed $SU(2)_{L}$-doublets, but also of the right-handed $SU(2)_{R}$-doublets. Thereby, it predicts the existence in nature of the left (right) dileptons and paradileptons. A formation of any of them is responsible for the legality of conservation of charge, lepton flavors and full lepton number. Therefore, each of the earlier measured processes originated at the conservation both of summed electric charge and of any lepton number may serve as the first confirmation of a given theory in which the mass, charge and vector dipole moment of the neutrino are proportional, respectively, to the mass, charge and vector dipole moment of a lepton of the same family.