DE Seminar: Fabio Anza
UMBC
Location
Mathematics/Psychology : 401
Date & Time
November 25, 2024, 11:00 am – 12:00 pm
Description
Title: Microscopic
and Emergent Dynamics of Quantum Information Flows
Speaker: Fabio Anza
Abstract: The past
fifty years of scientific and technological progress have clearly highlighted
information as a physical resource - one that can be traded for heat, work, and
other energetic resources. With the ongoing new wave of quantum-based
technologies, understanding the microscopic and emergent dynamics of quantum
information in many-body quantum systems has thus become a priority. In this
talk, I will present a plethora of results centered around the idea of
leveraging differential-geometric techniques and tools from the theory of
dynamical systems to build a theory of quantum information flows, both in
equilibrium and out-of-equilibrium physical configurations. These will include
a geometric quantum thermodynamics, a kinetic theory of quantum information transport,
a notion of quantum information dimension and geometric entropy and a geometric
analysis of the emergence of classicality in open quantum systems. This is an
ongoing research effort. So, I will mention several directions of interest,
which I hope can serve as fruitful ground for discussion and future
collaborations.
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