Notes on non-extremal, charged, rotating black holes in minimal D=5 gauged supergravity

Abstract

We consider the non-extremal, charged, rotating black hole solution of five dimensional minimal gauged supergravity of Cvetic, Lu and Pope [Phys.Lett. B 598 (2004) 273]. We compute the Ashtekar-Magnon-Das mass and show it agrees with the thermodynamic mass. We find a reducible Killing tensor and integrate the geodesic equation explicitly. We also compute the Euclidean action of the black hole and show it satisfies the quantum statistical relation. Further we present a Smarr relation. We end with a discussion of applications to string theory.

1+14 pages, Latex

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• A Note on Separability of Field Equations in Myers-Perry Spacetimes
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• Chemistry and Complexity for Solitons in AdS${}_5$
• Integrability of Some Charged Rotating Supergravity Black Hole Solutions in Four and Five Dimensions
• Phase Transitions and Stability of Eguchi-Hanson-AdS Solitons
• From multi-gravitons to Black holes: The role of complex saddles
• Phase Transitions of Charged Kerr-AdS Black Holes from Large-N Gauge Theories
• A New Boundary Counterterm for Asymptotically AdS Spacetimes
• Separability of multi-charge black holes in supergravity
• General Supersymmetric AdS${}_5$ Black Holes with Squashed Boundary
• A Note on Particles and Scalar Fields in Higher Dimensional Nutty Spacetimes
• Dynamics of test particles in the five-dimensional Gödel spacetime