David A. Walsh Arts and Sciences Seminar talk on Monday

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Poster. Clarkson University Spring 2024 David A. Walsh‘67 Arts & Sciences Seminar Series Monday, February 12 at 12pm Room: Snell 212 Quantum entanglement in spatially inhomogeneous systems Entanglement is a pivotal characteristic of quantum many-body systems, playing a crucial role as a resource in quantum computing and serving to probe phase transitions at absolute zero temperature. Recent years have witnessed substantial theoretical endeavors aimed at unraveling the interplay between the microscopic attributes of a quantum system and the spread of entanglement within it. This presentation will delve into key findings within this discipline, exploring their implications. Moreover, we will examine the impact on entanglement of introducing spatial inhomogeneity and higher-dimensional lattice structures within many-body systems. Pierre-Antoine Bernard, Centre de Recherches Mathématiques, Université de Montréal Pierre-Antoine Bernard completed his B.Sc. in Mathematics and Physics from the Université de Montréal in 2020. Currently, he is pursuing his Ph.D. in Montréal under the guidance of Professor Luc Vinet. His main interest is in the application of algebraic combinatorics and special functions to study the properties of quantum many-body systems. He has notably worked on perfect state transfer, entanglement entropy, and the analysis of currents in the non-equilibrium steady states of open models. The Arts & Sciences Seminar Series is a weekly colloquium series that has been supported by the School of Arts & Sciences Advisory Council at Clarkson University especially through generous gifts from David A. Walsh ‘67. SA&S 300: Arts and Sciences Seminar is a one credit course intended to foster an interdisciplinary outlook in undergraduates majoring in the School of Arts and Sciences.

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