We present a method to generate static, spherically symmetric, solutions of Einstein gravity in d+ 2 dimensions minimally coupled to a real scalar field with a self-interacting potential. The solutions can be fully parametrised by a single function, whose behaviour encodes all the information about the local and global behaviour of the spacetime. We give several explicit applications of our solution-generating method that describe black holes, naked singularities and solitonic configurations.
A Solution-Generating Method in Einstein-Scalar Gravity
Cadoni M.
;Franzin E.;Tuveri M.
2019-01-01
Abstract
We present a method to generate static, spherically symmetric, solutions of Einstein gravity in d+ 2 dimensions minimally coupled to a real scalar field with a self-interacting potential. The solutions can be fully parametrised by a single function, whose behaviour encodes all the information about the local and global behaviour of the spacetime. We give several explicit applications of our solution-generating method that describe black holes, naked singularities and solitonic configurations.
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