Creation of spin 1/2 particles by an electric field in de Sitter space
arXiv:hep-th/9507021 · doi:10.1103/PhysRevD.52.3742
Abstract
In the present article we solve the Dirac equation in a de Sitter universe when a constant electric field is present. Using the Bogoliubov transformations, we compute the rate of spin 1/2 created particles by the electric field. We compare our results with the scalar case. We also analyze the behavior of the density of particles created in the limit H=0, when de Sitter background reduces to a flat space-time.
10 pages, REVTEX, no figures
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