Physics of Currents and Potentials Classical Singlet-Triplet Electroweak Theory with Non-point Particles

摘要

The formulation of classical singlet-triplet (electroweak) theory, in which pointparticles are replaced by continual current fields, has been presented. The expression for theLagrangian of the theory and complementary algebraic and differential constraints, imposed onthe currents of the theory, have been suggested. Classification of stationary and wave statesfor the singlet-triplet theory has been given. Stationary states correspond to massive particleswith the current zone of a finite volume. The theory contains a number of wave states, bothone-sector (singlet or triplet waves) and compound two-sector ones (singlet-triplet waves). Wavestates differ in number of currents: zero-current waves (free singlet or free triplet waves), onecurrent, two-current, three-current and four-current ones. Wave states also differ in characterof four-dimensional wave vector (the waves with time-like and space-like wave vector). Someforms of waves may have negative density of energy. Some wave states can be treated asclassical models of a neutrino. Neutrino states are classified in accordance with the character ofthe current which forms the state: singlet (maxwellian) neutrino, Yang-Mills triplet neutrino,Maxwell-Yang-Mills singlet-triplet neutrino.