Thermodynamics of Supersymmetric Black Holes
Investigating the unconventional thermodynamics of supersymmetric black holes, particularly their phase diagrams and confinement/deconfinement transitions in anti-deSitter space.
Title: Thermodynamics of Supersymmetric Black Holes Abstract: Supersymmetric black holes have zero temperature but their dependence on chemical potentials defines rather conventional thermodynamics. In anti-deSitter space, the phase diagram exhibits a confinement/deconfinement transition and other interesting features. The colloquium presents these and other features of black holes in AdS(5) and their CFT dual.
Source: Stanford Institute for Theoretical Physics via YouTubeWatch on YouTube
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