Generalized uncertainty principle impact on nonextensive black hole thermodynamics

Abstract The effect of the generalized uncertainty principle (GUP) on nonextensive thermodynamics applied to black holes, as well sparsity radiation at different temperatures associated with each entropy, is investigated. We examine Rényi, Tsallis–Cirto, Kaniadakis, Sharma Mittal, and Barrow entropies, temperatures, heat capacities show that, in case, due GUP corrections, temperature entropy have finite values, implying that final state hole a remnant end evaporation process for massless bosons depends mass hole. also find reduces value profile case compared parameter Hawking temperature, which always constant throughout evaporation.