Vladimir Leonov. Quantum Density of the Medium and Gravitational Potentials.

[38] Vladimir Leonov. Quantum Density of the Medium and Gravitational Potentials.

viXra:1911.0066 submitted on 2019-11-04.

Abstract. 

 The quantum theory of gravity characterizes the state of quantized space-time with a new parameter: the quantum density of the medium. The new parameter is the concentration of quantons in a unit volume of space. Quanton is a quantum of space-time is the basic particle in the quantum theory of gravity. The gravitational field inside the quantized space-time is characterized by four parameters of the quantum density of the medium: ρ₀, ρ₁ ρ₂ ρ_n. The quantum density of the medium is an analogue of the gravitational potentials. Each parameter of the quantum density of the medium has its own analog of the gravitational potential: φ₀, φ₁ φ₂ φ_n. Previously, the theory of gravity had only one gravitational potential: the Newtonian gravitational potential φ_n. Because of this, we had big problems for gravitational computing. The quantum density of the medium and additional gravitational potentials allowed us to solve many problems of the theory of gravity that were previously considered unsolvable. But we have the main thing: we created the quantum theory of gravity almost a quarter century ago [1, 2]. I am surprised when I see thousands of articles with the big names of the theory of quantum gravity, and inside these articles are empty and uninteresting. In theoretical physics, we have fierce competition between scientists. And only a few of them manage to say a newer word in physics once a century. I created the theory of Superunification, the theory of quantum gravity, quantum thermodynamics, quantum energy, a quantum engine and much more. The theory of Superunification is the basis of new energy and space technologies [1-6].

Keywords: quantum density, gravitational potential, theory of Superunification, quantum theory of gravity.