Cosmological Spinning Multi-`Black-Hole' Solution in String Theory
Tetsuya Shiromizu (DAMTP, Cambridge)
TL;DR
This paper presents a new cosmological solution in string theory that models multiple spinning black holes in an expanding universe, extending previous solutions to include cosmological constant effects.
Contribution
It introduces a cosmological dilatonic Israel-Wilson-Perjes solution describing colliding spinning black holes within string theory frameworks.
Findings
Provides an explicit multi-black-hole solution with cosmological constant
Models black hole collisions in a cosmological setting
Extends Israel-Wilson-Perjes solutions to string theory context
Abstract
We give a cosmological spinning multi-`black-hole' solution in the Einstein-Maxwell-Dilaton-Axion theory with a positive cosmological constant. This solution is the cosmological dilatonic Israel-Wilson-Perjes solution and describes the collision of several spinning `black-holes'.
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