We provide a first principles derivation of the microscopic entropy of a very general class of supersymmetric, rotating, and accelerating black holes in AdS4. 4 . This is achieved by analyzing the large-N N limit of the spindle index and completes the construction of the first example of a holographic duality involving supersymmetric field theories defined on orbifolds with conical singularities.
Colombo, E., Hosseini, S., Martelli, D., Pittelli, A., Zaffaroni, A. (2024). Microstates of Accelerating and Supersymmetric AdS4 Black Holes from the Spindle Index. PHYSICAL REVIEW LETTERS, 133(3) [10.1103/PhysRevLett.133.031603].
Microstates of Accelerating and Supersymmetric AdS4 Black Holes from the Spindle Index
Colombo E.;Hosseini S. M.;Zaffaroni A.
2024
Abstract
We provide a first principles derivation of the microscopic entropy of a very general class of supersymmetric, rotating, and accelerating black holes in AdS4. 4 . This is achieved by analyzing the large-N N limit of the spindle index and completes the construction of the first example of a holographic duality involving supersymmetric field theories defined on orbifolds with conical singularities.
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