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A single impurity interacting with a quantum bath is a simple (to state) yet rich many-body paradigm that is relevant across a wide sweep of fields from condensed matter physics to quantum information theory to particle physics. The aim of this project is to create a highly controllable setting in which to study this physics. This starting point for this project will be our existing Erbium cold-atom machine. The special feature of Erbium atoms is their large magnetic dipole moments which result in long-range and anisotropic dipole-dipole interactions in addition to the short-range contact interactions more normally seen in cold atom systems. This project will involve adding a second atomic species to the experiment and using the resulting system to study a range of topics from polaron physics to information flow in open quantum systems
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论文共 146 篇作者统计合作学者相似作者
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Proceedings of the National Academy of Sciences of the United States of Americano. 16 (2023)
Rebekah J McMinn,Rose M Langsjoen,Andrei Bombin,Rebecca M Robich, Erick Ojeda,Erica Normandin,Heidi K Goethert,Charles B Lubelczyk, Elizabeth Schneider, Danielle Cosenza, Molly Meagher,Melissa A Prusinski,
Infectious Disease Clinics of North Americano. 3 (2022): i-i
Demerise Johnston,Jill R. Kelly,Michel Ledizet,Nathalie Lavoie,Robert P. Smith, Jeffrey Parsonnet,Jonathan Schwab,John Stratidis,Scott Espich, Giyoung Lee,Kaitlin R. Maciejewski, Yanhong Deng,
CLINICAL INFECTIOUS DISEASES (2022)
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