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THE COMPLETE SYSTEM OF EQUATIONS OF THE ELECTROMAGNETIC FIELD ADDITION TO ELECTRODYNAMICS

Yu.A. Spirichev

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Abstract

The work is devoted to the development of the classical theory of electromagnetic fields (EMF). By way of deduction, built tensors EMF and received the complete system of equations EMF describing its rotation and deformation in pseudo-Euclidean Minkowski space. In addition to the well-known Maxwell's equations, the system contains four new equations EMF. Shows the physical essence of the calibration Lorentz. Received new wave equation EMF. The equation for the new components of the intensities of the symmetric part of the EMF. Get a new Lagrangian EMF. Expressions are obtained for the new electromagnetic forces.

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What this paper is about

The work is devoted to the development of the classical theory of electromagnetic fields (EMF). By way of deduction, built tensors EMF and received the complete system of equations EMF describing its rotation and deformation in pseudo-Euclidean Minkowski space. In addition to the well-known Maxwell's equations, the system contains four new equations EMF. Shows the physical essence of the calibration Lorentz. Received new wave equation EMF. The equation for the new components of the intensities of the symmetric part of the EMF. Get a new Lagrangian EMF. Expressions are obtained for the new electromagnetic forces.

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Available abstract

The work is devoted to the development of the classical theory of electromagnetic fields (EMF). By way of deduction, built tensors EMF and received the complete system of equations EMF describing its rotation and deformation in pseudo-Euclidean Minkowski space. In addition to the well-known Maxwell's equations, the system contains four new equations EMF. Shows the physical essence of the calibration Lorentz. Received new wave equation EMF. The equation for the new components of the intensities of the symmetric part of the EMF. Get a new Lagrangian EMF. Expressions are obtained for the new electromagnetic forces.

Key concepts: Inhomogeneous electromagnetic wave equation, Minkowski space, Electromagnetic field, Physics, Classical electromagnetism, Electromagnetic wave equation, Classical mechanics, Electromagnetic tensor

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