Speaker
Simon Vedl
(Macquarie University)
Description
We introduce a method of reverse holography by which a bulk metric is shown to arise from locally computable multiscale correlations of a boundary quantum field theory (QFT). The metric is obtained from the Petz-Rényi mutual information defined with input correlations computed from the continuous wavelet transform. We show for free massless fermionic and bosonic QFTs that the emerging metric is asymptotically anti-de Sitter space (AdS), and that the parameters fixing the geometry are tunable by changing the chosen wavelet basis. The method is applicable to a variety of boundary QFTs that need not be conformal field theories, such as theories with mass or temperature for which we compute the emergent geometries.
Author
Simon Vedl
(Macquarie University)
Co-authors
Mr
Dan George
(Macquarie University)
Gavin K. Brennen
(Macquarie University)
