THE DARK MATTER AND ENERGY IN THE DE SITTER WORLD

Year 2020, , 128 - 138, 27.11.2020

Bala Ali Rajabov

https://doi.org/10.18038/estubtda.823551

Abstract

It is shown that dark matter and energy are cosmological quantum effects. De Sitter world is considered as a cosmological model. It is shown that in the de Sitter world, gravity and anti-gravity are different states of the Wigner elementary quantum system. It has been proven that in the Minkowski world, which is the limiting case of the de Sitter world, antigravity can be excluded. Moreover, it is shown that the Wigner - Inönü limit of the de Sitter model to the Minkowski world plays the role of Bohr's correspondence principle in quantum mechanics. A plan for further research is proposed.

Keywords

de Sitter world, Wigner-Inönü limit, dark matter and energy, Wigner elementary systems, correspondence principle

Supporting Institution

N.Tusi Shamakhi Astrophysics Observatory, National Academy of Sciences of Azerbaijan, Baku, Azerbaijan

Project Number

ICONAT 2020 participant

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