Фундаментальные новостиPhysical model of the gravitation

Фундаментальная наука

Galilee-lorentz sygroup in relativistic electrodynamics

To prove that relaxation processes of the frequency and the velocity change in relativistic electrodynamics are coordinated with the parametrical system of the non isomorphic groups, which is named Galilee-Lorentz sygroup. More→
Generalization of the classical electrodynamics

To make some changes in classical electrodynamics and receive the description of the relativistic effects without use of the special relativity theory and without the velocity restrictions.... More→
To the hydrodynamics model of the microdynamics

Atoms and molecules are described by Schrödinger equation. The physical assumption, that they are made of a thin matter -- pramatter, attracts the construction of the models, capable to consider this circumstance. We will show that the hydrodynamics model of the micro dynamics from which generalised Schrödinger equation follows is possible. More→
Structural model of the light particles

To prove, that experimental data in relativistic classical Maxvell's electrodynamics can be described without the special relativity theory, in the model of macroscopically Newton's space and time. It will allow removing the restriction on the construction of mechanical models for the light particles. To find the mathematical and physical arguments for construction such model. To deduce the formula for the light particles energy. More→
Physical model of the gravitation

To investigate the possibility of the microscopic matter interaction with the macroscopic matter in the form of the gravitation interaction. To construct mathematical model which agree with the experiments. More→

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Physical model of the gravitation

Idea

To investigate the possibility of the microscopic matter interaction with the macroscopic matter in the form of the gravitation interaction. To construct mathematical model which agree with the experiments.

It is known that main models of gravitation are based on the idea suggested by Einstein: gravitation is fundamental physical property of the reality, which forms the space - time. Objects and their interactions are secondary in relation to them. Physical materiality of space and time does not admit in this approach. The space and time are not considered as physical medium. Primacy in a paradigm and physical non materiality of the gravitation is formed the main inconsistent elements of the Einstein model.

Competing models of gravitation either supplement specified, or are based on some new assumptions.

In particular, the relativistic Logunov’s model of gravitation acts in a role of the theory of physical fields in Minkowsky space. In this approach it was possible to overcome the singularity of the Einstein’s models, to construct the energy-pulse tensor and the conservation laws.

But we have not now the uniform theory of the electromagnetism and gravitation. Many attempts in this direction ( Weil, Kaluza, Eddington…) was destroyed by practice.

Because of this reason we don’t have the answer on some fundamental questions:

1. Whether the description of the gravitational phenomena in macro space and time T¹×R³, following from macrophysics and consistent with experimenters, is possible?

2. How to receive from the gravitation theory the model of a gravitational charge and its evolution? Whether there are negative and positive gravitational charges? Whether there is a zero gravitational charge?

3. In what sense and how it is possible to coordinate physically and mathematically the theory of the electrodynamical and gravitational phenomena? As far as they are similar and why are various among themselves? As far as the models of electric and gravitational charges can be similar?

4. Does the gravitation have a latent physical material nature, by what it is caused? Whether it is possible to receive a visual image of the physical mechanism of gravitational influence? How to expand and deepen the practical application of the gravitation, how can we operate with gravitation?

5. What physical and mathematical moments are missed in the theory of gravitation? How them to take into account and put into practice?

6. Are there the particles associated with gravitational radiation? To what is their energy equal?...

Full text→

Фундаментальные новостиPhysical model of the gravitation

Фундаментальная наука

Galilee-lorentz sygroup in relativistic electrodynamics

Generalization of the classical electrodynamics

To the hydrodynamics model of the microdynamics

Structural model of the light particles