Physics of Currents

摘要

The formulation of classical electrodynamics, in which point charges are replacedby distributed current field, has been given. It has been demonstrated that 4-vector of currentinside non-point particle is space-like and must be considered as a primary value which is notreduced to a charge carrier motion. A closed system of equations, describing simultaneousevolution of current and electro-magnetic field, has been introduced. The formula that makescalculation of mass ratio of different particles possible has been derived. There has beendemonstrated the necessity to count space-time curvature inside non-point particles. Thepossibility of approximate preservation of the conception of point particle with spin momentwith quasi-stationary description of the particle’s movement in a weak electro-magnetic fieldhas been shown. The solution of one of the particular problems of the constructed theoryallows to suggest the existence of a new particle - heavy photon. One of the possible classicalneutrino models, Maxwell neutrino, has been described. The theory requires the introductionof a fundamental constant which has the dimension of length.