Population imbalance in a Fermi mixture leads to the breakdown of this property at the Chandrasekhar-Clogston limit. The ability of one material to display this property was discovered by Lee, Osheroff, and Richardson when they were experimenting with that material's negative heat of solidification below .3 K. In thin layers, materials with this property adsorb to a surface because of van der Waals interactions, and undergo wave motion dubbed "th
Population imbalance in a Fermi mixture leads to the breakdown of this property at the Chandrasekhar-Clogston limit. The ability of one material to display this property was discovered by Lee, Osheroff, and Richardson when they were experimenting with that material's negative heat of solidification below .3 K. In thin layers, materials with this property adsorb to a surface because of van der Waals interactions, and undergo wave motion dubbed "third sound." Materials with this property can produce a Rollin film and undergo the Onnes effect. Quantum sound waves are responsible for this property according to Landau's theory of it. For 10 points, name this property that exists below the lambda point in helium-four, when a liquid's viscosity becomes zero and there is no resistance to flow.
Population imbalance in a Fermi mixture leads to the breakdown of this property at the Chandrasekhar-Clogston limit.
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