Asymptotic States in Two Black Hole Moduli Space

TL;DR

This paper explores the quantum states and scattering processes of maximally charged dilaton black holes within their moduli space, analyzing asymptotic states and quantum effects for both near-coincident and widely separated black holes.

Contribution

It introduces a quantum mechanical framework for black hole moduli space, providing new insights into asymptotic states and scattering processes of dilaton black holes.

Findings

Derived asymptotic states for different black hole configurations

Analyzed quantum effects in black hole scattering

Enhanced understanding of black hole quantum mechanics

Abstract

We discuss the quantum states in the moduli space, which constructed with maximally charged dilaton black holes. Considering the quantum mechanics in the moduli space, we obtain the asymptotic states for the near-coincident black holes and the widely separated black holes. We study the scattering process of the dilaton black holes with the asymptotic states. In the scattering process, the quantum effects in the black hole moduli space are investigated.