Entropy transport through a superfluid quantum point contact exhibits an oscillatory behavior at low voltage in the ballistic limit according to Keldysh calculations in the BCS regime.
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A Rayleigh-quotient-based thermodynamic geometry reformulates relaxation dynamics as entropic stiffness versus frictional dissipation, with linear vanishing of the slow relaxation rate near the critical temperature in a van der Waals gas.
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Entropy transport through a superfluid quantum point contact: A Keldysh field-theory approach
Entropy transport through a superfluid quantum point contact exhibits an oscillatory behavior at low voltage in the ballistic limit according to Keldysh calculations in the BCS regime.
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Thermodynamic Geometry of Relaxation
A Rayleigh-quotient-based thermodynamic geometry reformulates relaxation dynamics as entropic stiffness versus frictional dissipation, with linear vanishing of the slow relaxation rate near the critical temperature in a van der Waals gas.