Regular -dimensional spatially homogeneous -corrected BTZ-like black hole in string theory
arXiv:2309.00387 · doi:10.1142/S0219887825502718
Abstract
We consider a -dimensional spacetime whose two-dimensional space part is Weyl-related to a surface of arbitrary negative constant Gaussian curvature with symmetries of two-dimensional Lie algebra. It is shown that the geometry is a Lobachevsky-type geometry described by deformed hyperbolic function. At leading order string effective action with the source given by dilaton and antisymmetric -field in the presence of central charge deficit term , we obtained a solution whose line element is Weyl-related to this homogeneous spacetime with arbitrary negative Gaussian curvature. The solution can be transformed to the BTZ-like black hole by coordinate redefinition, while the BTZ black hole can be recovered by choosing a special set of parameters. The solutions appear to be in the high curvature limit , with emphasis on including the higher order corrections. Considering the two-loop (first order ) -function equations of -model, we also present the -corrected black hole solutions.
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