Charged Fermions Tunnelling from Kerr-Newman Black Holes
Ryan Kerner, R.B. Mann
TL;DR
This paper investigates the tunnelling process of charged fermions from Kerr-Newman black holes, confirming the Hawking temperature through detailed analysis of the tunnelling mechanism.
Contribution
It introduces a detailed method for calculating fermion tunnelling from Kerr-Newman black holes, addressing technical subtleties to accurately recover Hawking temperature.
Findings
Hawking temperature is confirmed for charged fermions tunnelling from Kerr-Newman black holes.
Technical subtleties in the tunnelling calculation are discussed and addressed.
The method can be applied to similar black hole tunnelling problems.
Abstract
We consider the tunnelling of charged spin-(1/2) fermions from a Kerr-Newman black hole and demonstrate that the expected Hawking temperature is recovered. We discuss certain technical subtleties related to the obtention of this result.
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