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Title (deu)
Microscopic Entanglement Wedges from Bilocal Holography
Speaker / Lecturer
Robert de Mello Koch
Huzhou U
Description (deu)
We review the holographic duality between the free O(N) vector model and higher spin gravity. Conserved spinning primary currents of the conformal field theory (CFT) are dual to spinning gauge fields in the gravity. Reducing to independent components of the conserved CFT currents one finds two components at each spin. After gauge fixing the gravity and then reducing to independent components, one finds two components of the gauge field at each spin. Collective field theory provides a systematic way to map between these two sets of degrees of freedom, providing a complete and explicit identification between the dynamical degrees of freedom of the CFT and the dual gravity. The resulting map exhibits many features expected of holographic duality: it provides a valid bulk reconstruction, it reproduces insights expected from the holography of information and it provides a microscopic derivation of entanglement wedge reconstruction.
Keywords (deu)
Microscopic Entanglement WedgesBilocal Holography
Subject (eng)
ÖFOS 2012 -- 101009 -- Geometry
Type (eng)
Language
[eng]
Persistent identifier
https://phaidra.univie.ac.at/o:1866323
Date created
2023-09-06
Place of creation (eng)
ESI
Duration
47 minutes 56 seconds
Content
Details
Object type
Video
Format
video/mp4
Created
25.09.2023 04:01:20