TsT, black holes, and
arXiv:2111.02243 · doi:10.1007/JHEP04(2022)177
Abstract
We generate a class of string backgrounds by a sequence of TsT transformations of the NS1-NS5 system that we argue are holographically dual to states in a single-trace -deformed CFT. The new string backgrounds include general rotating black hole solutions with two charges as well as a smooth solution without a horizon that is interpreted as the ground state. As evidence for the correspondence we (i) derive the long string spectrum and relate it to the spectrum of the dual field theory; (ii) show that the black hole thermodynamics can be reproduced from single-trace -deformed CFTs; and (iii) show that the energy of the ground state matches the energy of the vacuum in the dual theory. We also study geometric properties of these new spacetimes and find that for some choices of the parameters the three-dimensional Ricci scalar in the Einstein frame can become positive in a region outside the horizon before reaching closed timelike curves and singularities.
55 pages, 9 figures; v2: minor edits; v3: corrected typos
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Cited by in corpus (9)
- Glue-on AdS holography for -deformed CFTs
- Holography and Irrelevant Operators
- On the universal behavior of -deformed CFTs: single and double-trace partition functions at large
- Holographic Complexity of LST and Single Trace , and deformations
- Asymptotic Symmetries in the TsT/ Correspondence
- Solvable time-like cosets and holography beyond
- The on-shell action of supergravity & the B-side of TsT and single-trace
- On String theory on deformed BTZ and
- Transfer matrices for AdS3/CFT2