Finite temperature linear response theory of anyonic superconductivity

The authors extend a zero temperature non-relativistic anyonic superconductivity model to the finite temperature case. Making use of the finite temperature linear response theory, they calculate temperature corrections to various parameters of zero temperature superconductivity such as the London penetration depth, the acoustic phonon velocity and the coherence length. These results are qualitatively compared to known experimental results. Our results are expected to be valid in the low temperature regime