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VERSION:2.0
PRODID:-//EventXplore//EN
CALSCALE:GREGORIAN
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UID:c9739368-7a06-41c6-bfb0-549e01a942aa@eventxplore
DTSTAMP:20260928T205632Z
DTSTART:20261027T223000Z
DTEND:20261028T003000Z
SUMMARY:Applied Physics/Physics Colloquium: Matthew P.A. Fisher - "Emergence of Hydrodynamics from Open Quantum Dynamics"
DESCRIPTION:Abstract: Hydrodynamics provides a remarkably universal description of matter in terms of a few continuous fields. But how does this continuum description emerge from the dynamics of discrete quantum particles? I will address this question in open quantum systems of bosons with a conserved particle-number symmetry. In mixed states this symmetry can be either strong or weak\, and distinct dynamical phases can be characterized by the spontaneous breaking of these symmetries. A strong-to-weak spontaneous symmetry-breaking (SW-SSB) transition can be diagnosed by information-theoretic quantities tha
LOCATION:Hewlett Teaching Center
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