A corner in the Euclidean black hole geometry enables direct derivation of the Wald entropy formula in F(R_abcd) gravity and the ADM Hamiltonian conjugate to the horizon Killing vector as the conjugate variable to inverse temperature.
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The identification between bulk and boundary conserved quantities holds for asymptotically AdS stationary spacetimes with non-electromagnetic matter perturbations and reduces to the test-particle case.
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Black hole thermodynamics is around the corner
A corner in the Euclidean black hole geometry enables direct derivation of the Wald entropy formula in F(R_abcd) gravity and the ADM Hamiltonian conjugate to the horizon Killing vector as the conjugate variable to inverse temperature.
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The identification between the bulk and boundary conserved quantities
The identification between bulk and boundary conserved quantities holds for asymptotically AdS stationary spacetimes with non-electromagnetic matter perturbations and reduces to the test-particle case.