Charged Dilatonic AdS Black Branes in Arbitrary Dimensions
Per Berglund, Jishnu Bhattacharyya, David Mattingly
TL;DR
This paper investigates charged dilatonic black brane solutions in arbitrary dimensions with asymptotically AdS behavior, exploring their properties, extremality conditions, and Lifshitz-like regions within the bulk spacetime.
Contribution
It introduces a class of charged dilatonic black branes in arbitrary dimensions with Lifshitz-like regions, analyzing their behavior and extremality conditions under fixed boundary conditions.
Findings
Existence of Lifshitz-invariant bulk regions
Derived extremality conditions for charged dilatonic black branes
Analyzed how charges affect bulk spacetime behavior
Abstract
We study electromagnetically charged dilatonic black brane solutions in arbitrary dimensions with flat transverse spaces, that are asymptotically AdS. This class of solutions includes spacetimes which possess a bulk region where the metric is approximately invariant under Lifshitz scalings. Given fixed asymptotic boundary conditions, we analyze how the behavior of the bulk up to the horizon varies with the charges and derive the extremality conditions for these spacetimes.
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