BLACK HOLES IN THREE-DIMENSIONAL DILATON GRAVITY THEORIES

Abstract

Three dimensional black holes in a generalized dilaton gravity action theory are analysed. The theory is specified by two fields, the dilaton and the graviton, and two parameters, the cosmological constant and the Brans-Dicke parameter. It contains seven different cases, of which one distinguishes as special cases, string theory, general relativity and a theory equivalent to four dimensional general relativity with one Killing vector. We study the causal structure and geodesic motion of null and timelike particles in the black hole geometries and find the ADM masses of the different solutions.

19 pages, latex, 4 figures as uuencoded postscript files

References in corpus (7)

• The Black Hole in Three Dimensional Space Time
• Geometry of the 2+1 Black Hole
• Cylindrical Black Hole in General Relativity
• Exact Three Dimensional Black Holes in String Theory
• Static Charged Black Holes in $(2+1)$ Dimensional Dilaton Gravity
• The Black Holes of a General Two-Dimensional Dilaton Gravity Theory
• Motion and Trajectories of Particles Around Three-Dimensional Black Holes

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• A new class of stable $(2+1)$ dimensional thin shell wormhole
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• A study of geodesic motion in a (2+1)-dimensional charged BTZ black hole
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• Global embeddings of scalar-tensor theories in (2+1)-dimensions
• T-Duality and Spinning Solutions in 2 + 1 Gravity
• Rotating Electric Classical Solutions of 2+1 D U(1) Einstein Maxwell Chern-Simons
• Corrected thermodynamics of $(2+1)D$ black hole conformally coupled to a massless scalar
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• The dualities of 3D dilaton gravity
• Hamiltonian thermodynamics of charged three-dimensional dilatonic black holes
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