Tomograms of Spinning Black Holes
arXiv:0911.0597 · doi:10.1103/PhysRevD.80.126014
Abstract
The classical internal structure of spinning black holes is vastly different from that of static black holes. We consider spinning BTZ black holes, and probe their interior from the gauge theory. Utilizing the simplicity of the geometry and reverse engineering from the geodesics, we propose a thermal correlator construction which can be interpreted as arising from two entangled CFTs. By analytic continuation of these correlators, we can probe the Cauchy horizon. Correlators that capture the Cauchy horizon in our work have a structure closely related to those that capture the singularity in a non-rotating BTZ. As expected, the regions beyond the Cauchy horizon are not probed in this picture, protecting cosmic censorship.
41 pages, 7 figures
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- Analytical approach to phase transitions in rotating and non-rotating 2D holographic superconductors
- Bulk Cluster Decomposition in AdS/CFT and A No-Go Theorem for Correlators in Microstates of Extremal Black Holes
- Strings near BTZ black holes: A Carrollian Chronicle
- Aspects of Higher Spin Theories, Conformal Field Theories and Holography