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Collisional dynamics of polaronic clouds immersed in a Fermi sea by Hiroyuki Tajima; Junichi Takahashi; Eiji Nakano; Kei Iida is a Physics and Astronomy article available to read on EtoBox.

What is Collisional dynamics of polaronic clouds immersed in a Fermi sea about?

We propose a protocol to examine many-polaron properties in a cold atom experiment. Initially, polaronic clouds are prepared around the opposite edges of a majority gas cloud. After time evolution, the collision of two clouds exhibits various polaronic effects. To see how collective properties of many polarons with mediated interactions appear in the case in which the impurity and majority gases are composed of mass-balanced fermions with different spin components, we perform a nonlinear hydrodynamic simulation for collisional dynamics of two Fermi polaronic clouds. We found that the dynamics is governed by the impurity Fermi pressure, polaron energy, and multipolaron correlations. In particular, shock waves occur in such a way as to reflect the many-body properties of polarons through the first sound of minority clouds. Our idea is applicable to other systems such as Bose polarons as well as mass-imbalanced mixtures.

Who reads Collisional dynamics of polaronic clouds immersed in a Fermi sea?

Author

Hiroyuki Tajima; Junichi Takahashi; Eiji Nakano; Kei Iida

Publisher

American Physical Society (APS)

Published

2020

Language

EN

Field

Physics and Astronomy (Physical Sciences)