期刊
MOLECULAR PHYSICS
卷 119, 期 8, 页码 -出版社
TAYLOR & FRANCIS LTD
DOI: 10.1080/00268976.2021.1881637
关键词
Cold chemistry; impurity physics; few-body physics; ion-neutral hybrid traps
The research focuses on the dynamics of charged impurities in ultracold gas bath and explores the evolution of charged impurities in different baths. It also investigates the impact of external laser sources on the reaction probability and evolution of impurities in ion-neutral hybrid traps.
Impurity physics is a traditional topic in condensed matter physics that nowadays is being explored in the field of ultracold gases. Among the different classes of impurities, we focus on charged impurities in an ultracold bath. When a single ion is brought in contact with an ultracold gas, it is subjected to different reactive processes that can be understood from a cold chemistry perspective. In this work, we present an outlook of approaches for the dynamics of a single ion in a bath of ultracold atoms or molecules, complementing the usual many-body approaches characteristic of impurity physics within condensed matter physics. In particular, we focus on the evolution of a charged impurity in different baths, including external time-dependent trapping potentials, and explore the effect of the external laser sources present in ion-neutral hybrid traps on the reaction probability and evolution of an impurity.
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