Implications of quantum corrections on the thermodynamics of charged AdS black hole

Document Type : Regular article


1 Dept. of Physics, AP, National Institution of Technology Srinagar, India

2 Department of physics, Professor, NIT. srinagar, Kashmir, india


This paper investigates the quantum corrections to the thermodynamic properties of charged AdS black holes. The corrections that we examine arise because of quantum fluctuations in space-time geometry, which corresponds to thermal fluctuations in thermodynamics. First, we compute the leading order corrections to entropy, and later we plot the corrected entropy as a function of event horizon radius for various values of correction parameter alpha to explore the effect of quantum corrections on the entropy of black holes analytically.


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