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Common Processes in Potential Fields of Different Sizes


Nina N. Safonova
Abstract

This article belongs to the section of theoretical physics Cosmology. An attempt is made to clarify some points in field theory, using a local and general approach to space and microcosm excluding the existence of a special gravitational force between the masses. In particular, arguments are given explaining the shift of the perihelion of the planets of the Solar system, based on the methods of classical physics. The author puts forward and confirms the idea of explaining the synchronization of the axial and orbital motion of the planets. In addition, the calculations show the universality of the lows of motion in potential fields of different sizes. The concepts are based on the low of conservation of mass. Energy is a relative quantity. It is inextricably linked with the mass and explains the change in the distance between the masses. The author relies on the methods of classical physics, where there is no need to transmit signals at a distance to affect objects in a potential field. But material objects clearly respond to the local energy balance at the point of its location.

Volume 12 | 04-Special Issue

Pages: 1346-1354

DOI: 10.5373/JARDCS/V12SP4/20201612