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Issue 2,  2013

 

The theory of electromagnetic field motion 6. Electron
L.N. Voytsehovich

The article shows that in a rotating frame of reference the magnetic dipole has an electric charge with the value depending on the dipole magnetic moment and rotational velocity. A hypothesis was stated that the electric charge of elementary particles, and in particular the electron charge, is caused by rotation of their magnetic field. It was shown that the electron is the system composed of bound negative and positive charges whose net charge is equal to the charge of a classical single point electron, and that in external uniform electric fields the electron behaves like a single point charge.

It is noticed that all charged leptons – electrons, muons and tau-leptons – are described by similar equations. Difference of leptons from each other is caused by distinction in magnitudes of their magnetic moments and the magnetic field angular velocity, being inversely proportional to the magnetic moment of a corresponding particle.

There was stated an assumption that particles differ from their antiparticles only by direction of the magnetic field rotation. The electron - positron annihilation process is explained by the fact that all fields become fully zero provided particles with opposite magnetic moments are superposed.

 

The theory of electromagnetic field motion 7. Electromagnetic field and charges
L.N. Voytsehovich

In the present article general expressions for the electric and magnetic field divergence were obtained on the basis of the principles of the theory of electromagnetic field motion. Both the electric and magnetic bound charges were shown to exist in an inertial frame of reference. It was also shown that the rotating magnetic field causes a bound charge system to occur that represents as a whole the free electric charge. Important specific expressions for the inertial intrinsic frame of reference and the rotating magnetic field are considered and specific corresponding solutions were obtained. It was confirmed on the basis of the obtained general and specific expressions that the charges are not electromagnetic field sources, but are only its property.

 

The theory of electromagnetic field motion 8. Core of electron
L.N. Voytsehovich

The model of the core of electron as central region of electromagnetic vortex is proposed. The model is based on the structure of atmospheric vortex or tornado. Such electromagnetic vortex was shown to be stable due to balance between radial and axial forces which act in the core of electron. Hydrogen atom model was proposed which is based on representation of electron as a vortex of electromagnetic energy and is free of contradictions with classical electrodynamics which is characteristic for Rutherford – Bohr model. Proposed model does not contradict to quantum representations of electron at atomic orbit as electronic cloud.

 

The theory of electromagnetic field motion 9. Interaction mechanism of electrons
L.N. Voytsehovich

Interaction mechanism between two or more electrons is considered in present paper on the basis of theory of electron core structure. It is pointed out that electrons may be only in two steady states: with parallel or opposite spins. Various cases are considered differed by mutual position of electrons. Basic attention is given to the axially arranged electrons with opposite spins at short distances, when electron cores are partially overlapped. It is shown that in this case electron pairs are generated and the electrons cores are considerably increased in their sizes. Electron pairs can be merged to form more complicated structures or the electron chains which form electron shells of atoms. Two atoms can be bonded to form a molecule by merging their outer shells what forms longer chain. Free electrons in metals can also merge to generate Cooper pairs. In turn, in sufficient cooling, Cooper pairs generate the electronic chains which surface layer is found to be superconductive.

 

The theory of electromagnetic field motion 10. Energy of electromagnetic field motion
L.N. Voytsehovich

Paper considers dependence of the electromagnetic field energy motion on its velocity using plate electric capacitor as an example. On the basis of requiring the conformity of electromagnetic field properties and some other field equation properties, associated with its motion, to the laws of special relativity theory, the general equations for the field energy and the energy flux were obtained for moving electric and magnetic components. The results obtained allow make a conclusion on equality of electron mass, derived from the momentum equation and that derived from the relativistic energy equation, eliminating thereby the known contradiction. In addition to that the results allow make a conclusion that all relativistic mechanics basic laws which are valid for a substance, are also valid for electromagnetic field.

 

 

ISSN 2308-7560

 

 

 

 

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Relativistic electromagnetism