Creation of Dirac Particles in the Presence of a Constant Electric Field in an Anisotropic Bianchi I Universe
Victor M. Villalba, Walter Greiner
TL;DR
This paper investigates how a constant electric field influences the creation of Dirac particles in an anisotropic Bianchi I universe, revealing a thermal distribution when electric interactions are ignored.
Contribution
It provides a calculation of Dirac particle density in an anisotropic universe with a constant electric field, highlighting the thermal nature of the particle distribution.
Findings
Particle density computed in anisotropic universe
Distribution becomes thermal without electric interaction
Highlights effects of electric field on particle creation
Abstract
In this article we compute the density of Dirac particles created by a cosmological anisotropic Bianchi I universe in the presence of a constant electric field. We show that the particle distribution becomes thermal when one neglects the electric interaction.
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