Ultrarelativistic boost of spinning and charged black rings

TL;DR

This paper investigates the ultrarelativistic limits of higher-dimensional black objects, specifically focusing on charged black rings in five dimensions, extending previous work on black hole boosts.

Contribution

It introduces new results for static charged black rings under ultrarelativistic boosts, expanding understanding of high-energy limits of complex black objects in higher dimensions.

Findings

Derived ultrarelativistic limits for charged black rings in five dimensions

Extended the analysis of black hole boosts to more complex black objects

Provided new insights into the behavior of charged black rings at high velocities

Abstract

We study Aichelburg-Sexl ultrarelativistic limits in higher dimensions. After reviewing the boost of D>=4 Reissner-Nordstrom black holes as a simple illustrative example, we consider the case of D=5 black rings, presenting new results for static charged rings.