For a polytropic quantum gas, the paper claims a shock-front expansion with cloud size growing as a power of time, plus damped relaxation modes for a trapped gas; the vacuum shock result is physically problematic.
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Extreme dynamics and relaxation of quantum gases: A hydrodynamic approach
For a polytropic quantum gas, the paper claims a shock-front expansion with cloud size growing as a power of time, plus damped relaxation modes for a trapped gas; the vacuum shock result is physically problematic.