Hypermultiplet gaugings and supersymmetric solutions from 11D and massive IIA supergravity on H$^{(p,q)}$ spaces

TL;DR

This paper explores supersymmetric solutions in four-dimensional supergravity models derived from 11D and massive IIA supergravity compactified on hyperbolic spaces, focusing on black holes and AdS geometries.

Contribution

It provides a unified framework for understanding hypermultiplet gaugings and supersymmetric solutions from higher-dimensional supergravity reductions.

Findings

Construction of supersymmetric AdS and black hole solutions.

Connection between 4D supergravity models and higher-dimensional origins.

Identification of duality symmetries in hypermultiplet gaugings.

Abstract

Supersymmetric $\,\textrm{AdS}_{4}\,$, $\,\textrm{AdS}_{2} \times \Sigma_{2}\,$ and asymptotically AdS$_{4}$ black hole solutions are studied in the context of non-minimal $\,\mathcal{N}=2\,$ supergravity models involving three vector multiplets (STU-model) and Abelian gaugings of the universal hypermultiplet moduli space. Such models correspond to consistent subsectors of the $\,\textrm{SO}(p,q)\,$ and $\,\textrm{ISO}(p,q)\,$ gauged maximal supergravities that arise from the reduction of 11D and massive IIA supergravity on $\,\textrm{H}^{(p,q)}\,$ spaces down to four dimensions. A unified description of all the models is provided in terms of a square-root prepotential and the gauging of a duality-hidden symmetry pair of the universal hypermultiplet. Some aspects of M-theory and massive IIA holography are mentioned in passing.