Analytical Solution for Bosonic Fields in the FRW Multiply Warped Braneworld
A. S. Ribeiro, G. Alencar, R. R. Landim
TL;DR
This paper derives analytical solutions for scalar and gauge fields in a dynamic FRW multiply warped braneworld, providing exact mass spectra and comparing them with static case results.
Contribution
It presents the first analytical solutions for bosonic fields in a dynamic multiply warped braneworld scenario, including precise mass spectra.
Findings
Exact mass spectra for scalar and gauge fields obtained.
Comparison with static case spectra highlights differences due to cosmological dynamics.
Analytical solutions facilitate further theoretical and phenomenological studies.
Abstract
In this paper we find analytical solutions for the scalar and gauge fields in the Freedman-Robertson-Walker multiply warped braneworld scenario. With this we find the precise mass spectra for these fields. We compare these spectra with that previously found in the literature for the static case.
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