On the Two-Factor Graviton Model of Gravity Forces at Low and High Velocities of Motion of Bodies

Abstract

The gravity forces (the forces of gravitational attraction, gravitonic attraction) of bodies play an important role in various fields of science and technology, including the construction industry. These forces are determined on the basis of Newton'slaw of gravity. However, the physical nature of the carrier of the forces of attraction in thislaw remains open.

In the works of the authors, the physical nature of the formation and transmission of gravity forces is revealed based on the established regularities of entry into the mass and reactive ejection from it at a high speed of gravitonic flows (conditionally due to gravitonic respiration of masses), followed by scattering and the action of scattered flows on oncoming masses of bodies (conditionally on oncoming bodies). It is shown that the mutual action of gravitonic flows of two bodies is reduced to thelaw of gravity of I. Newton.

In this article, the development of the graviton model is given, taking into account the influence of two factors on the mass associated with the gravitons ejected from it On the one hand, they decompress the mass when moving inside it, and on the other, they compact it with a comprehensive compression during ejections.

This dual character changes the idea of gravitational acceleration.

Thedevelopmentofthegravitonmodel ofattractionofbodies to bodies moving athigh speeds is considered. At the same; time, Newton'slawisfulfiUedonly inthecasewhenthespeedsofthe bodies arethe same. The; attraction of bodies movingat high speed byanother bodyis equivalent to anincreaseinthe mass of moving bodies accordingto theLorentz formula.Onthe other handthe force of attraction of moving bodies.on the contrary, decreasesinversely proportional to theLorentz formula.

At the same time, according to the graviton model,body masses do not change, and their increase and decrease are associatedwith thepeculiaritiesoftheaction ofgravitons.