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Observable and computable entanglement in time

Quantum Physics, Quantum Mechanics, Theoretical Physics and seminar by Zofia Adamska, Perimeter Institute for Theoretical Physics

Wednesday 11:00 Toronto (GMT-5)

Recording available

Waterloo, Canada

Recording

37 min

Abstract

Zofia Adamska develops entanglement measures for subsystems separated in time. These quantities bound temporal correlations, paralleling the relationship between spatial correlations and mutual information. In relativistic field theories the definition agrees with analytic continuation from spacelike to timelike regions. The presentation covers measurement protocols, calculations for the Ising chain and holographic theories, and connections to timelike pseudoentropy.

Topics

entanglement measuressubsystems separated in timetemporal correlationsspatial correlationsmutual informationrelativistic field theoriesanalytic continuationIsing chain
Show 2 more topics
holographic theoriestimelike pseudoentropy

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