Quantum effects of scalar and vector particles with variable mass in homogeneous and isotropic cosmology

Details Quantum effects of scalar and vector particles with variable mass in homogeneous and isotropic cosmology Quantum effects of scalar and vector particles with variable mass in homogeneous and isotropic cosmology

Apr 1983

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983fiz....26...34n&link_type=abstract

Fizika (ISSN 0021-3411), vol. 26, April 1983, p. 34-37. In Russian.

Mathematics

Big Bang Cosmology, Broken Symmetry, Particle Mass, Quantum Theory, Unified Field Theory, Gravitation Theory, Scalars, Variable Mass Systems, Vectors (Mathematics)

Scientific paper

The present study investigates the quantum effects of scalar and vector
particles with a time-dependent mass in the Friedmann cosmological model
with the metric ds-squared = a-squared(eta) (deta-squared - dx-squared).
It is shown that neither particle production nor vacuum polarization
occurs in this model.

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