A note on the problem of choosing a model of the universe. III

Astronomy and Astrophysics – Astrophysics

Scientific paper

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Astronomical Models, Universe, Evolution (Development), Gravitational Effects, Quantum Mechanics, Relativistic Effects, Space-Time Functions

Scientific paper

Three versions of the expanding universe models are analyzed. The accelerative variant is represented by the model of a steady-state universe according to which there is a permanent acceleration of hierarchical gravitational-rotating systems (HGRS). The decelerative version is represented by different variants of the standard model of the universe according to which, after the initial explosion, a deceleration of the HGRS arose due to gravitational interaction. The constant version is represented by the nondecelerative variant of the standard model of the universe according to which the HGRS expands at approximately constant velocities during the whole evolution phase of the universe. From the analysis of relativistic quantum-mechanical expanding processes of the universe, it follows that the universe can expand only by the limit velocity of signal propagation c.

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