Analyzing the quantum corrected adS spherically symmetric black holes with phantom global monopoles for thermal properties

In this paper, we investigate the quantum corrected black hole’s thermodynamic properties in this paper. To assess the local and global thermodynamic stability, we compute a number of indicators such as the geometric mass, heat capacity, Hawking temperature, thermodynamic temperature, Gibbs free energy, and energy emission. The fundamental law of thermodynamics determines the temperature of the black hole. Our results ensure the overall thermal stability of the black hole solution. Our results for Gibbs free energy and heat capacity show the phase transition behavior of the black hole.