Bulk Duals for Generic Static, Scale-Invariant Holographic CFT States
Abstract
Near horizon geometries have been widely studied, and have found many applications. Certain static, near horizon geometries are now understood to be bulk duals to CFTs with static scale-invariant sources under the AdS/CFT correspondence. However, static near-horizon geometries aren't just scale-invariant, they have extra `enhanced' symmetry. This means that they can only be the bulk duals for a special class of static, scale-invariant sources that share this enhanced symmetry. The purpose of this paper is to consider bulk duals for more generic static, scale-invariant sources, without this extra symmetry. These solutions are quite different to near-horizon geometries. In place of the extremal horizon they have a null singularity. We find specific examples of such bulk geometries numerically for the cases of pure gravity, and for an abelian gauge field.
Cite
@article{arxiv.1504.03723,
title = {Bulk Duals for Generic Static, Scale-Invariant Holographic CFT States},
author = {Andrew Hickling},
journal= {arXiv preprint arXiv:1504.03723},
year = {2015}
}