2019•Aeronautics and Aerospace Open Access JournalOpen access

Energodynamic theory of gravitation

VА Etkin

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Abstract

The article substantiates the new concept of gravity and levitation, emanating from the existence in the Universe of the forces of both repulsion and repulsion, depending on the sign of the density gradient of the space environment.According to this concept, gravitational energy has both potential (gravistatic) and kinetic (gravidynamic) components.The forces corresponding to them are proportional to the gradients of density and the oscillatory velocity of the medium, creating gravity.In some cases, these forces can be mutually compensated, causing weightlessness and levitation.Consequences of the new theory of gravity include the Newtonian law of gravity, the prediction of the existence of "strong" gravity and gravitational equilibrium, the possibility of utilizing gravitational energy and the formation of all forms of celestial bodies due to this energy.

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What this paper is about

The article substantiates the new concept of gravity and levitation, emanating from the existence in the Universe of the forces of both repulsion and repulsion, depending on the sign of the density gradient of the space environment.According to this concept, gravitational energy has both potential (gravistatic) and kinetic (gravidynamic) components.The forces corresponding to them are proportional to the gradients of density and the oscillatory velocity of the medium, creating gravity.In some cases, these forces can be mutually compensated, causing weightlessness and levitation.Consequences of the new theory of gravity include the Newtonian law of gravity, the prediction of the existence of "strong" gravity and gravitational equilibrium, the possibility of utilizing gravitational energy and the formation of all forms of celestial bodies due to this energy.

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Available abstract

The article substantiates the new concept of gravity and levitation, emanating from the existence in the Universe of the forces of both repulsion and repulsion, depending on the sign of the density gradient of the space environment.According to this concept, gravitational energy has both potential (gravistatic) and kinetic (gravidynamic) components.The forces corresponding to them are proportional to the gradients of density and the oscillatory velocity of the medium, creating gravity.In some cases, these forces can be mutually compensated, causing weightlessness and levitation.Consequences of the new theory of gravity include the Newtonian law of gravity, the prediction of the existence of "strong" gravity and gravitational equilibrium, the possibility of utilizing gravitational energy and the formation of all forms of celestial bodies due to this energy.

Key concepts: Gravitation, Scalar theories of gravitation, Theoretical physics, Physics, Classical mechanics, Classical field theory

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