General theory for low-T superfluid stiffness depletion without Galilean symmetry, reproducing Landau's result as a special case and predicting universal T^{d+1} and 1/L^{d+1} scaling.
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Low-temperature Depletion of Superfluid Density in the Absence of Galilean Symmetry
General theory for low-T superfluid stiffness depletion without Galilean symmetry, reproducing Landau's result as a special case and predicting universal T^{d+1} and 1/L^{d+1} scaling.