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Quantum black holes from gauge/string duality
If you have a question about this talk, please contact Dr Anatoly Dymarsky.
Gauge/string duality arguably provides our best framework for computing quantum properties of gravity and black holes from first principles. In the simplest instances it reformulates the problem of understanding a quantum gravity black hole in terms of understanding certain (rather special) gauge theories at finite temperature. I will review this surprising and powerful duality, and then discuss progress over the last 5 years in both analytic and numerical attempts to directly solve such gauge theories with the aim of performing direct quantum gravity calculations.
This talk is part of the Wednesday HEP-GR Colloquium series.
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Other listsCambridge University Computing and Technology Society (CUCaTS) Synthetic Chemistry Research Interest Group Microelectronics Group Seminar
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