Noncommutative geometry inspired rotating black string
arXiv:1707.07445 · doi:10.1142/S0218271818501080
Abstract
Noncommutativity is an idea dating back to the early times of Quantum Mechanics and that string theory induced noncommutative (NC) geometry which provides an effective framework to study short distance spacetime dynamics. Also, string theory, a candidate for a consistent quantum theory of gravity, admits a variety of classical black hole solutions including black strings. In this paper, we study a NC geometry inspired rotating black string to cylindrical spacetime with a source given by a Gaussian distribution of mass. The resulting metric is a regular, i.e. curvature-singularity free, rotating black string, that in large limit interpolates Lemos \cite{lemos96} black string. Thermodynamical properties of the black strings are also investigated and exact expressions for the temperature, the entropy and the heat capacity are obtained. Owing to the NC correction in the solution, the thermodynamic quantities have been also modified and that the NC geometry inspired black string is always thermodynamically stable.
19 pages, 11 figures
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- Noncommutative Inspired Black Holes in Extra Dimensions
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- Five dimensional rotating regular black holes and shadow
- Exact Solution of Bardeen Black Hole in Einstein-Gauss-Bonnet gravity
- Rotating Lee-Wick Black Hole and Thermodynamics
- Ayón--Beato--García black hole coupled with a cloud of strings: thermodynamics, shadows and quasinormal modes
- Regular solutions for black strings and torus-like black holes
- Non-commutative effects on gravitational measurements
- Black string surrounded by a static anisotropic quintessence fluid
- Thermodynamic properties of Bardeen black holes in dRGT massive gravity
- Particle acceleration of two general particles in the background of rotating Ayón-Beato-García black holes
- Black strings from dark matter