Charge and mass effects on the evaporation of higher-dimensional rotating black holes
arXiv:0907.5107 · doi:10.1088/1126-6708/2009/10/008
Abstract
To study the dynamics of discharge of a brane black hole in TeV gravity scenarios, we obtain the approximate electromagnetic field due to the charged black hole, by solving Maxwell's equations perturbatively on the brane. In addition, arguments are given for brane metric corrections due to backreaction. We couple brane scalar and brane fermion fields with non-zero mass and charge to the background, and study the Hawking radiation process using well known low energy approximations as well as a WKB approximation in the high energy limit. We argue that contrary to common claims, the initial evaporation is not dominated by fast Schwinger discharge.
Published version. Minor typos corrected. 29 pages, 5 figures
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