Three Charge Supertubes in Type IIB Plane Wave Backgrounds

TL;DR

This paper constructs and analyzes three-charge supertube solutions in Type IIB supergravity backgrounds, including plane wave asymptotics, extending the understanding of supersymmetric black rings and their deformations.

Contribution

It introduces new three-charge supertube solutions in plane wave backgrounds, including deformations of known supertubes to asymptotically plane wave geometries.

Findings

Constructed asymptotically Goedel supersymmetric black ring.

Lifted solutions to three-charge D1-D5-P supertubes in plane wave backgrounds.

Deformed asymptotically flat supertubes to asymptotic plane wave geometries.

Abstract

We deform the supersymmetric black ring of five dimensional supergravity coupled to N-1 vector multiplets to obtain an asymptotically Goedel supersymmetric black ring. For the U(1)^3 model we lift this solution to obtain a three charge D1-D5-P supertube which asymptotes to a 1/2 supersymmetric plane wave of Type IIB supergravity. Further, we also show how one may deform the asymptotically flat three charge supertube of type IIB, in the special case of vanishing KK dipole charge, to a three charge supertube which asymptotes to the maximally supersymmetric plane wave.