Statistical entropy of quantum black holes in the presence of quantum gravity effects
We investigate the effects of deformed algebra, admitted from minimal length, on canonical
description of quantum black holes. Using the modified partition function in the presence of
all orders of the Planck length, we calculate the thermodynamical properties of quantum
black holes. Moreover, after obtaining some thermodynamical quantities including internal
energy, entropy, and heat capacity, we conclude that, at high temperature limits due to the
decreasing of the number of microstates, the entropy tends to upper bounds.
description of quantum black holes. Using the modified partition function in the presence of
all orders of the Planck length, we calculate the thermodynamical properties of quantum
black holes. Moreover, after obtaining some thermodynamical quantities including internal
energy, entropy, and heat capacity, we conclude that, at high temperature limits due to the
decreasing of the number of microstates, the entropy tends to upper bounds.
We investigate the effects of deformed algebra, admitted from minimal length, on canonical description of quantum black holes. Using the modified partition function in the presence of all orders of the Planck length, we calculate the thermodynamical properties of quantum black holes. Moreover, after obtaining some thermodynamical quantities including internal energy, entropy, and heat capacity, we conclude that, at high temperature limits due to the decreasing of the number of microstates, the entropy tends to upper bounds.
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