First order QED effects on a spatially flat FLRW spacetime with a Milne-type scale factor
arXiv:1903.04741 · doi:10.1088/1674-1137/44/5/055104
Abstract
The quantum electrodynamics (QED) on a spatially flat -dimensional Friedmann-Lema\^ itre-Robertson-Walker (FLRW) spacetime with a Milne-type scale factor is outlined focusing on the amplitudes of the allowed effects in the first order of perturbations. The definition of the transition rates is reconsidered obtaining an appropriate angular behavior of the probability of the pair creation from a photon.
arXiv comment9 pages, 4 figures Accepted at Chinese Physics C
References in corpus (19)
- Two Loop Scalar Self-Mass during Inflation
- Leading Log Solution for Inflationary Yukawa
- Loop Corrections to Standard Model Fields in Inflation
- Fermion scattering by a Schwarzschild black hole
- Production of Massless Fermions during Inflation
- Two loop stress-energy tensor for inflationary scalar electrodynamics
- Two Loop Scalar Bilinears for Inflationary SQED
- Charged Scalar Self-Mass during Inflation
- Polarized Dirac fermions in de Sitter spacetime
- One Loop Corrected Mode Functions for SQED during Inflation
- Yukawa Scalar Self-Mass on a Conformally Flat Background
- The quantum theory of the free Maxwell field on the de Sitter expanding universe
- The physical meaning of the de Sitter invariants
- Partial wave analysis of the Dirac fermions scattered from Schwarzschild black holes
- The Schr\" odinger picture of the Dirac quantum mechanics on spatially flat Robertson-Walker backgrounds
- Integral representation of the Feynman propagators of the Dirac fermions on the de Sitter expanding universe
- Rest frame vacuum of the Dirac field on spatially flat FLRW spacetimes
- Propagators of the Dirac fermions on spatially flat FLRW spacetimes
- Lightest Kaluza-Klein graviton mode in a backreacted Randall-Sundrum scenario
Cited by in corpus (4)
- A perturbative production of massive Z bosons and fermion-antifermion pairs from the vacuum in the de Sitter Universe
- Kinematics in spatially flat FLRW space-time
- Time evolution of the free Dirac field in spatially flat FLRW space-times
- Total probability and number of particles for fermion production in external electric and magnetic fields in de Sitter universe