The quantum spectrum of accelerating black holes with hexagonal and pentagonal shapes

Abstract

Recently, the quantum spectrum of black holes has been considered. We generalize this consideration to accelerating black holes. In this study, black holes are constructed from accelerating hexagonal and heptagonal manifolds. We will show that the spectrum of these black holes depends on the acceleration and the shape of manifolds that form black holes. By increasing acceleration, two regions are emerged. In one region, more particles are produced and the quantum spectrum of the black hole grows, while in another region, the spectrum decreases.