Matches in SemOpenAlex for { <https://semopenalex.org/work/W3089183022> ?p ?o ?g. }
- W3089183022 abstract "We unravel the many-body dynamics of a harmonically trapped impurity colliding with a bosonic medium confined in a double-well upon quenching the initially displaced harmonic trap to the center of the double-well. We reveal that the emerging correlation dynamics crucially depends on the impurity-medium interaction strength allowing for a classification into different dynamical response regimes. For strong attractive impurity-medium couplings the impurity is bound to the bosonic bath, while for intermediate attractions it undergoes an effective tunneling. In the case of weak attractive or repulsive couplings the impurity penetrates the bosonic bath and performs a dissipative oscillatory motion. Further increasing the impurity-bath repulsion results in the pinning of the impurity between the density peaks of the bosonic medium, a phenomenon that is associated with a strong impurity-medium entanglement. For strong repulsions the impurity is totally reflected by the bosonic medium. To unravel the underlying microscopic excitation processes accompanying the dynamics we employ an effective potential picture. We extend our results to the case of two bosonic impurities and demonstrate the existence of a qualitatively similar impurity dynamics." @default.
- W3089183022 created "2020-10-01" @default.
- W3089183022 creator A5024066159 @default.
- W3089183022 creator A5035144532 @default.
- W3089183022 creator A5064525551 @default.
- W3089183022 creator A5089413266 @default.
- W3089183022 date "2021-04-23" @default.
- W3089183022 modified "2023-10-17" @default.
- W3089183022 title "Many-body collisional dynamics of impurities injected into a double-well trapped Bose-Einstein condensate" @default.
- W3089183022 cites W1484241055 @default.
- W3089183022 cites W1492284926 @default.
- W3089183022 cites W1513885378 @default.
- W3089183022 cites W1667480103 @default.
- W3089183022 cites W1969938472 @default.
- W3089183022 cites W1970410822 @default.
- W3089183022 cites W1973180683 @default.
- W3089183022 cites W1977927627 @default.
- W3089183022 cites W1989563849 @default.
- W3089183022 cites W1996778989 @default.
- W3089183022 cites W1998571746 @default.
- W3089183022 cites W2012314910 @default.
- W3089183022 cites W2014049935 @default.
- W3089183022 cites W2015116517 @default.
- W3089183022 cites W2019062653 @default.
- W3089183022 cites W2020727667 @default.
- W3089183022 cites W2023680424 @default.
- W3089183022 cites W2042180799 @default.
- W3089183022 cites W2044288237 @default.
- W3089183022 cites W2045630444 @default.
- W3089183022 cites W2046771097 @default.
- W3089183022 cites W2050545811 @default.
- W3089183022 cites W2051128333 @default.
- W3089183022 cites W2059563667 @default.
- W3089183022 cites W2072343397 @default.
- W3089183022 cites W2072980350 @default.
- W3089183022 cites W2073125394 @default.
- W3089183022 cites W2073903977 @default.
- W3089183022 cites W2083509447 @default.
- W3089183022 cites W2085029520 @default.
- W3089183022 cites W2094206341 @default.
- W3089183022 cites W2098267872 @default.
- W3089183022 cites W2098684918 @default.
- W3089183022 cites W2128286597 @default.
- W3089183022 cites W2128438725 @default.
- W3089183022 cites W2130835026 @default.
- W3089183022 cites W2134140324 @default.
- W3089183022 cites W2134344701 @default.
- W3089183022 cites W2138541148 @default.
- W3089183022 cites W2141130841 @default.
- W3089183022 cites W2152543774 @default.
- W3089183022 cites W2156205620 @default.
- W3089183022 cites W2222517232 @default.
- W3089183022 cites W2323980249 @default.
- W3089183022 cites W2343576172 @default.
- W3089183022 cites W2345197317 @default.
- W3089183022 cites W2504015452 @default.
- W3089183022 cites W2591246153 @default.
- W3089183022 cites W2605570410 @default.
- W3089183022 cites W2769237948 @default.
- W3089183022 cites W2788924824 @default.
- W3089183022 cites W2792611377 @default.
- W3089183022 cites W2888784006 @default.
- W3089183022 cites W2890142197 @default.
- W3089183022 cites W2894578718 @default.
- W3089183022 cites W2903349393 @default.
- W3089183022 cites W2903671071 @default.
- W3089183022 cites W2910881058 @default.
- W3089183022 cites W2916218885 @default.
- W3089183022 cites W2946336306 @default.
- W3089183022 cites W2951141521 @default.
- W3089183022 cites W2954992763 @default.
- W3089183022 cites W2956747559 @default.
- W3089183022 cites W2959714930 @default.
- W3089183022 cites W2960015772 @default.
- W3089183022 cites W2963809025 @default.
- W3089183022 cites W2964082904 @default.
- W3089183022 cites W2982054581 @default.
- W3089183022 cites W3001285310 @default.
- W3089183022 cites W3006570559 @default.
- W3089183022 cites W3007298907 @default.
- W3089183022 cites W3017872614 @default.
- W3089183022 cites W3037737784 @default.
- W3089183022 cites W3046996702 @default.
- W3089183022 cites W3098543622 @default.
- W3089183022 cites W3098831912 @default.
- W3089183022 cites W3099730414 @default.
- W3089183022 cites W3099889671 @default.
- W3089183022 cites W3100238220 @default.
- W3089183022 cites W3100763578 @default.
- W3089183022 cites W3102023902 @default.
- W3089183022 cites W3103496839 @default.
- W3089183022 cites W3105238884 @default.
- W3089183022 cites W3105705767 @default.
- W3089183022 cites W3157590572 @default.
- W3089183022 doi "https://doi.org/10.1103/physrevresearch.3.023068" @default.
- W3089183022 hasPublicationYear "2021" @default.
- W3089183022 type Work @default.
- W3089183022 sameAs 3089183022 @default.
- W3089183022 citedByCount "6" @default.
- W3089183022 countsByYear W30891830222021 @default.