Add to ORKGIn work on the basis of static model of a structure of atoms it is shown that the gravitational and electrostatic interactions have the same nature. The electrostatic interaction is the interaction of electric charges at small distances, whereas the gravitational interaction is the interaction of electric charges at large distances
Physicists deal with the four fundamental forces: gravitational force, weak nuclear force, strong nu...
The equations of gravitation related to the field of a spherical charged source imply the existence ...
Abstract: The paper starts by analyzing the actual justification of the separation existing between ...
It is well known that gravitational quantities are in many ways similar to electromagnetic quantitie...
In this paper, author has attempted to study the contradictions arising in static state, when two fo...
Different aspects of physical interaction are considered: inertia, gravitation, electrostatics, magn...
Gravity is usually listed as one of four fundamental forces. This study suggests that energy is exch...
A theory is proposed from which the basic equations of gravitation and electromag-netism are derived...
It has been shown that a non-contact force acts between two macroscopic physical objects held close ...
Coupling between electromagnetism and gravity, manifested as the distorted Coulomb field of a charge...
The physical behavior of elementary particles, massive and energetic, in force fields is studied in ...
This work is devoted to the discussion of an idea that gravitational interactions might be residual ...
The interactions between an electron and a graviton are expressed by the coupling terms in the equat...
Simple formulae are given for the calculation of electrostatic interactions in atoms.On présente des...
Theoretical approaches to calculating electrostatic interactions between charged particles of dielec...
Physicists deal with the four fundamental forces: gravitational force, weak nuclear force, strong nu...
The equations of gravitation related to the field of a spherical charged source imply the existence ...
Abstract: The paper starts by analyzing the actual justification of the separation existing between ...
It is well known that gravitational quantities are in many ways similar to electromagnetic quantitie...
In this paper, author has attempted to study the contradictions arising in static state, when two fo...
Different aspects of physical interaction are considered: inertia, gravitation, electrostatics, magn...
Gravity is usually listed as one of four fundamental forces. This study suggests that energy is exch...
A theory is proposed from which the basic equations of gravitation and electromag-netism are derived...
It has been shown that a non-contact force acts between two macroscopic physical objects held close ...
Coupling between electromagnetism and gravity, manifested as the distorted Coulomb field of a charge...
The physical behavior of elementary particles, massive and energetic, in force fields is studied in ...
This work is devoted to the discussion of an idea that gravitational interactions might be residual ...
The interactions between an electron and a graviton are expressed by the coupling terms in the equat...
Simple formulae are given for the calculation of electrostatic interactions in atoms.On présente des...
Theoretical approaches to calculating electrostatic interactions between charged particles of dielec...
Physicists deal with the four fundamental forces: gravitational force, weak nuclear force, strong nu...
The equations of gravitation related to the field of a spherical charged source imply the existence ...
Abstract: The paper starts by analyzing the actual justification of the separation existing between ...