viXra:1910.0533 submitted on 2019-10-26.
Abstract.
The theory of Superunification is a
quantum theory of gravity or a theory of quantum gravity [1]. The theory of Superunification
combines the general relativity (GR) and quantum theory. The theory of
Superunification is a new quantum theory. Its basis is a new four-dimensional
particle quanton - a quantum of space-time. The development of quantum theory
is unthinkable without a quanton. The old quantum theory was limited by
probabilistic parameters. Einstein was right when he claimed that "God
does not play dice". The theory of Superunification as a new quantum
theory is the theory of determinism which makes the description of complex
quantum phenomena simple and understandable by classical methods. This is a new
methodology in quantum theory. Two-Component Solution of the Poisson
Gravitational Equation for the Quantum Density of a Medium there is an example
of this new methodology. Einstein showed us that the basis of gravity is the
curvature of four-dimensional space-time. But if we have a space curvature then
this curvature should be compensated by its compression. Otherwise, we will
have an unstable system capable of gravitational collapse. But four-dimensional
space-time as a quantized medium is a stable system. And this stability of
space-time gives us a two-component solution of the Poisson gravitational
equation for the quantum density of the medium. So at the birth of the mass of
an elementary particle inside quantized space-time, its spherical deformation
occurs. We observe a compression of the quantum density of the medium inside
the particle due to its extension from the outside. Thus was born the mass of an elementary particle. The
two-component solution of the Poisson equation for the first time describes the
process the birth of the mass of an elementary particle inside quantized
space-time at the quantum level [1].
Keyword: theory of Superunification, quantum gravity, Poisson equation, two-component solution of, quantum density, quantized
space-time, spherical deformation.
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