Properties of Schroedinger Black Holes from AdS Space
Bom Soo Kim, Daiske Yamada
TL;DR
This paper presents a method to analyze Schroedinger black holes using AdS black holes in light-cone coordinates, simplifying calculations of physical properties like conductivity and thermodynamics.
Contribution
It introduces a novel approach that leverages AdS black holes in light-cone coordinates to study Schroedinger black holes more straightforwardly.
Findings
Computed DC conductivity for Schroedinger black holes.
Derived thermodynamic properties of R-charged Schroedinger black holes.
Demonstrated the method's advantages over direct analysis.
Abstract
Properties of Schroedinger black holes are derived from AdS black holes expressed in light-cone coordinates with a particular normalization. The advantages of this method over the direct analysis of the Schroedinger geometry are the simplicity and the well-defined Brown-York procedure with the standard counterterms. The method is demonstrated for several physical interests, including the computation of the DC conductivity and the derivation of the R-charged black hole thermodynamic properties.
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