Abstract

The paper is dedicated to one of the greatest breakthroughs in the classical physics at the beginning of the 20-th century – the appearance of the special theory of relativity of Albert Einstein in 1905. In it, by the help of the rotary theory, a new proof of the most famous formula in the world – the equation giving the connection between the energy and the mass of the bodies, is presented. Rotary theory appeared in 1998, trying to explain the electromagnetic phenomena from another point of view and to answer to series of questions connected with the basic electromagnetic laws, reaching the same results but giving simpler and direct answers compared with the classical electromagnetic theory of Maxwell. In it, by the help of the method of moments, the vector of the magnetic field intensity and the vector of the magnetic flux density are presented as moments of the vector of the current density of the tangential displacement current , claiming in this way that the magnetic field is a form of rotating electric field. The final result is a set of electromagnetic equations in fully electrical form, depicting all the electromagnetic phenomena from another point of view.

Highlights

  • The set of Maxwell’s equations appeared in the period between 1861 and 1873 (Maxwell, 1861, 1865, 1873)

  • Rotary theory appeared in 1998, trying to explain the electromagnetic phenomena from another point of view and to answer to series of questions connected with the basic electromagnetic laws, reaching the same results but giving simpler and direct answers compared with the classical electromagnetic theory orf Maxwell

  • E were introduced, being a direct mathematical proof that its propagation is directly connected with a flowing of tangential rotary displacement currents in the free space as it was declared in (Panov, 2015)

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Summary

Introduction

The set of Maxwell’s equations appeared in the period between 1861 and 1873 (Maxwell, 1861, 1865, 1873). Today that set is known as MaxwellHertz-Einstein system of basic equations of the electromagnetic field It is concerned with moving objects with arbitrary velocities less than the speed of light c or even equal to it. Maxwell-Hertz-Einstein system of basic equations of the electromagnetic field is a substantial part of many basic scientific sources giving the bases of the modern electromagnetic field theory (Feynmann, 1964a), (Purcell, 1965), (Smythe, 1989), (Simomyi, 1966), (Meerovich, 1966). The propagation of the electromagnetic wave in space is accompanied by the spread (movement) of electric whirls ahead in space – a phenomenon that is linked to the manifestation of complex electric processes All these new proofs validated the existence of RT together with Maxwell’s electromagnetic theory and Einstein’s STR being their complement. A new proof of the validity of RT is presented on the base of a new proof of the most famous equation in the world as some specialists claim, i.e. that is equation (1)

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