Split fermion quasi-normal modes
arXiv:hep-th/0701193 · doi:10.1103/PhysRevD.75.104005
Abstract
In this paper we use the conformal properties of the spinor field to show how we can obtain the fermion quasi-normal modes for a higher dimensional Schwarzschild black hole. These modes are of interest in so called split fermion models, where quarks and leptons are required to exist on different branes in order to keep the proton stable. As has been previously shown, for brane localized fields, the larger the number of dimensions the faster the black hole damping rate. Moreover, we also present the analytic forms of the quasi-normal frequencies in both the large angular momentum and the large mode number limits.
11 pages, 7 figures, version 2 added references
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- Electromagnetic quasinormal modes of D-dimensional black holes
- Looking at the Gregory-Laflamme instability through quasi-normal modes
- Evolution of Brane-Localised Standard Model Fields in Gauss-Bonnet theory
- The Decay of Dirac Hair around a Dilaton Black Hole
- Decay of Dirac Massive Hair in the Background of Spherical Black Hole
- A comparative study of Dirac quasinormal modes of charged black holes in higher dimensions
- Bulk dominated fermion emission on a Schwarzschild background
- Electromagnetic quasinormal modes of D-dimensional black holes II
- Fermion excitations of a tense brane black hole
- Quasinormal modes of black holes localized on the Randall-Sundrum 2-brane
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- Evolution of Massive Scalar Fields in the Spacetime of a Tense Brane Black Hole