The Black Di-Ring: An Inverse Scattering Construction

TL;DR

This paper employs the inverse scattering method to construct concentric non-supersymmetric black rings in five dimensions, providing a flexible approach that can be extended to more general axisymmetric solutions.

Contribution

It introduces a fully five-dimensional inverse scattering technique for generating non-supersymmetric black rings, enhancing the toolkit for higher-dimensional black hole solutions.

Findings

Constructed explicit non-supersymmetric black ring solutions

Demonstrated the method's generalizability to other axisymmetric spacetimes

Provided a new approach for higher-dimensional black hole modeling

Abstract

We use the inverse scattering method (ISM) to derive concentric non-supersymmetric black rings. The approach used here is fully five-dimensional, and has the modest advantage that it generalizes readily to the construction of more general axi-symmetric solutions.