On quantum effects in cosmology

Physics

Scientific paper

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Cosmology, Quantum Theory, Gravitation Theory, Universe

Scientific paper

Two types of spontaneous disruption of symmetry are examined in a self-consistent framework: disruptions of conformal symmetry and disruptions of calibrational symmetry. The following scenario for the universe is proposed: (1) spontaneous disruption of conformal vacuum-field symmetry and the appearance of Einsteinian gravitation as a classical manifestation of this effect; (2) spontaneous disruption of calibrational symmetry and the start of evolution from the nonsingular state as a quantum vacuum effect; and (3) appearance of the entire mass as an effect of generation in the evolving gravitational field, in accordance with Dirac's large number hypothesis.

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