viXra:1910.0504 submitted on 2019-10-24.
Abstract.
Our universe is characterized by
electromagnetic symmetry and electrical asymmetries. These new problems of
symmetry and asymmetry of quantized space-time were raised for the first time
in the theory of Superunification [1, 2]. We needed to understand how substance
and its mass are born from quantized space-time. This applies to both elementary
particles and cosmological objects (planets, stars, galaxies, black holes), as
well as the state of the universe itself. We need to describe the parameters of
elementary particles and cosmological objects in the language of mathematics
from the standpoint of quantum theory. This is possible only after unification
the general theory of relativity (GR) and the quantum theory that was made in
the theory of Superunification. In this case, all events unfold in a single
field in the form of quantized space-time and players in the role of which are
the electrical charges-quarks. The field of quantized space-time is
characterized by electromagnetic symmetry, and the players in this field are
due to the appearance of the electrical asymmetry of the Universe.
Keywords: quantized
space-time, electromagnetic symmetry, electrical asymmetry, Universe, theory of
Superunification.
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