Holographic thermal correlators and quasinormal modes for two charged AdS5 black holes are expressed through a recurrence-based connection formula for the Heun equation, validated to high numerical precision.
Pair production from Reissner-Nordstr\"om-anti-de Sitter black holes
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abstract
We study the pair production of charged scalar particles from the five-dimensional near extremal Reissner- Nordstr\"om-Anti de Sitter (RN-AdS5) black hole. The pair production rate and the absorption cross section ratio in the full spacetime are obtained and are shown to have proportional relation with their counterparts in the near horizon region. In addition, the holographic descriptions of the pair production both in the IR CFT in the near horizon region and the UV CFT at the asymptotic spatial boundary of the RN-AdS5 black hole are analyzed in the AdS2/CFT1and AdS5/CFT4correspondences, respectively. This work gives a complete description of scalar pair production in the near extremal RN-AdS5black hole.
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Holographic thermal correlators from recursions
Holographic thermal correlators and quasinormal modes for two charged AdS5 black holes are expressed through a recurrence-based connection formula for the Heun equation, validated to high numerical precision.