dS Supergravity
arXiv:2309.02480 · doi:10.1007/JHEP11(2023)145
Abstract
We construct two-dimensional supergravity theories endowed with a positive cosmological constant, that admit de Sitter vacua. We consider the cases of as well as supersymmetry, and couple the supergravity to a superconformal field theory with the same amount of supersymmetry. Upon fixing a supersymmetric extension of the Weyl gauge, the theories are captured, at the quantum level, by supersymmetric extensions of timelike Liouville theory with and supersymmetry respectively. The theories exhibit good ultraviolet properties and are amenable to a variety of techniques such as systematic loop expansions and, in the case, supersymmetric localization. Our constructions offer a novel path toward a precise treatment of the Euclidean gravitational path integral for de Sitter, and in turn, the Gibbons-Hawking entropy of the de Sitter horizon. We argue that the supersymmetric localization method applied to the theory must receive contributions from boundary terms in configuration space. We also discuss how these theories overcome several obstructions that appear upon combining de Sitter space with supersymmetry.
57 pages + appendices; v2: added references
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Cited by in corpus (7)
- The Virasoro Minimal String
- A microscopic realization of dS
- de Sitter at all loops: the story of the Schwinger model
- New conformal-like symmetry of strictly massless fermions in four-dimensional de Sitter space
- The complex Liouville string: the gravitational path integral
- Unconventional conformal invariance of maximal depth partially massless fields on and its relation to complex partially massless SUSY
- De Sitter Horizon Edge Partition Functions