Floating JMaRT

TL;DR

This paper introduces a new partially solvable system of equations for six-dimensional supergravity, enabling the construction of multi-centre solutions generalising the JMaRT solution with explicit embeddings.

Contribution

It defines a novel system derived from dualities that allows for explicit multi-centre solutions extending the JMaRT configuration.

Findings

Constructed a multi-centre solution with arbitrary BPS centres.

Embedded the JMaRT solution explicitly in five dimensions.

Provided a new framework for solutions in six-dimensional supergravity.

Abstract

We define a new partially solvable system of equations that parametrises solutions to six-dimensional N=(1,0) ungauged supergravity coupled to tensor multiplets. We obtain this system by applying a series of dualities on the known floating brane system, imposing that it allows for the JMaRT solution. We construct an explicit multi-centre solution generalising the JMaRT solution, with an arbitrary number of additional BPS centres on a line. We describe explicitly the embedding of the JMaRT solution in this system in five dimensions.