Shock waves in ultracold Fermi (Tonks) gases
Bogdan Damski
TL;DR
This paper demonstrates that broad density perturbations in ultracold Fermi (Tonks) gases evolve into shock waves, providing an analytical description and proposing an experimental setup for observation.
Contribution
It offers a precise analytical model of shock formation in ultracold Fermi (Tonks) gases and suggests a feasible experimental method for observing these shocks.
Findings
Broad density perturbations evolve into shock waves.
Analytical description of shock formation is developed.
Experimental setup for observing shocks is proposed.
Abstract
It is shown that a broad density perturbation in a Fermi (Tonks) cloud takes a shock wave form in the course of time evolution. A very accurate analytical description of shock formation is provided. A simple experimental setup for the observation of shocks is discussed.
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