Light-cone cuts and hole-ography: explicit reconstruction of bulk metrics
arXiv:2112.11437 · doi:10.1007/JHEP04(2022)124
Abstract
In this paper, the two reconstruction methods, light-cone cuts method and hole-ography, are combined to provide complete bulk metrics of locally AdS static spacetimes. As examples, our method is applied to the geometries of pure AdS, AdS soliton, and BTZ black hole, and we see them successfully reconstructed. The light-cone cuts method is known to have difficulty in obtaining conformal factors, while the hole-ography in describing temporal components. Combining the two methods, we overcome the disadvantages and give complete metrics for a class of holographic theories such that entanglement wedge and causal wedge coincide. Light-cone cuts are identified by entanglement entropy in our method. We expect our study to lead to the discovery of a universal relation between the two methods, by which the combination would be applied to more generic cases.
arXiv comment21 pages, 5 figures, version to appear in JHEP
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