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Rindler Energy is Wald Entropy

Published 10 Mar 2014 in hep-th | (1403.2333v1)

Abstract: We show that, in any theory of gravity, the entropy of any nonextreme black hole is given by 2Ï€ER2 \pi E_R where ERE_R is the dimensionless Rindler energy. Separately, we show that ERE_R is exactly Wald's Noether charge and therefore this entropy is identical to Wald entropy. However, it is off--shell and derived solely from the time evolution of the black hole. We examine Gauss--Bonnet black holes as an example and speculate on the degrees of freedom that ERE_R counts.

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