Abstract

This paper analyzes the methods for determining the characteristics of a single spatial electromagnetic field; considerations combine all–electric, magnetic, and electromagnetic fields into a single electromagnetic theory of a spatial field. On the basis of the concept of a single field of force spatial interaction of material bodies, it is analytically established that in a physical vacuum only waves of its polarization actually exist, transporting in the space of a vacuum sphere its excitation energy, which when force interacting with a certain physical characteristic (electrical, magnetic or gravitational) material body, creates a dynamic response of the parameters of this body, which is recorded in the experiment as a real flow of energy with responsible of the physical nature.

Highlights

  • Contradictions and paradoxes in the theory began to be considered as only strange and harmless exceptions in the harmonious theory [1]

  • The consequence of excessive mathematics of this theory turned the electromagnetic theory from the physical to the mathematical

  • Based on the concept of a single field of force spatial interaction of material bodies, only waves of its polarization really exist in a physical vacuum, transporting its excitation energy in the vacuum medium space analytically and unambiguously

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Summary

Introduction

Contradictions and paradoxes in the theory began to be considered as only strange and harmless exceptions in the harmonious theory [1]. Based on the concept of a single field of force spatial interaction of material bodies, only waves of its polarization really exist in a physical vacuum, transporting its excitation energy in the vacuum medium space analytically and unambiguously. When it interacting with a force, has a certain physical characteristic (electrical, magnetic, gravitational) of the material body, creates a dynamic response of the parameters of this body, which is recorded in the experiment as a real flow energy of the corresponding physical nature [4]. The paradoxes of electrodynamics and the ways of the solution, as well as attempts to bring some electrodynamics positions to a single electromagnetic spatial field, are indicated [4, 5]

Parameter description
The parameter theory
Finite element analysis
Aw t 2
Conclusion
Full Text
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