Spontaneous breaking of C-invariance in a Friedmann-universe model with matter

Physics

Scientific paper

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Astronomical Models, Cosmology, Matter (Physics), Universe, Differential Equations, Dust, Einstein Equations, Invariance, Scalars, Vacuum

Scientific paper

A theory of a zero-mass complex scalar field in an isotropic nonstationary Friedmann model is examined where an allowance for the autoeffect leads to a spontaneous symmetry breaking in relation to certain transformations. It is shown that a consideration of exact solutions of the self-consistent Einstein equations and complex-field equations in a Friedmann world of open type in the presence of dustlike matter can lead to the appearance of a nonzero macroscopic quantity: the vacuum charge density. This is interpreted as the breaking of the vacuum C-invariance.

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