Thermodynamics First Law For The Charged Euler-Heisenberg Anti-De Sitter Black Hole Using Foliation

Abstract

In this paper, we followed the foliation approach introduced by (Siddiqui et al. 2011) to develop the black hole thermodynamics first law for the charged Euler-Heisenberg Anti-de Sitter space time, as probable it is observed that its field equation from induced metric using foliation along with virtual displacement of its hypersurface conforming to the horizon of the black hole can be expressed as a thermodynamics first law of black hole with very short manipulation.

Euler-Heisenberg, Anti-de Sitter (AdS), Black Hole (BLKHL), Thermodynamics (TDS)