Simulations demonstrate that Kelvin waves on quantum vortices induce a coherent, temperature-dependent response in the normal fluid component of superfluid helium.
Kapitza, Nature141, 74 (1938)
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Classifies two-order-parameter systems into categories based on free-energy coupling terms, each yielding different phase diagrams and critical scalings.
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Quantum vortex driven Kelvin wave in the thermal background of superfluid helium
Simulations demonstrate that Kelvin waves on quantum vortices induce a coherent, temperature-dependent response in the normal fluid component of superfluid helium.
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Universal classification of continuous phase transitions with two order parameters
Classifies two-order-parameter systems into categories based on free-energy coupling terms, each yielding different phase diagrams and critical scalings.