High-Temperature Anyon Superconductivity
Efrain J. Ferrer, Rene Hurka, Vivian de la Incera (SUNY)
TL;DR
This paper investigates the magnetic screening properties of a charged anyon fluid at finite density and temperature, revealing potential high-temperature superconductivity characterized by dual penetration lengths.
Contribution
It demonstrates that charged anyon fluids can exhibit superconductivity at any temperature, with a detailed analysis of Meissner screening involving two eigenmodes.
Findings
Anyon fluid shows superconducting behavior at all temperatures.
Two distinct penetration lengths characterize the Meissner screening.
Potential implications for high-temperature superconductor models.
Abstract
The screening of an applied magnetic field in the charged anyon fluid at finite density and temperature is investigated. For densities typical of high-temperature superconducting materials we find that the anyon fluid exhibits a superconducting behavior at any temperature. The total Meissner screening is characterized by two penetration lengths corresponding to two short-range eigenmodes of propagation within the anyon fluid.
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