Magnetic field orientation effect on specific heat in a p-wave superconductor

TL;DR

This paper investigates how magnetic field orientation influences the specific heat in a p-wave superconductor, considering Doppler shifts and different order parameter configurations to understand superconducting properties.

Contribution

It introduces a detailed analysis of magnetic field effects on specific heat in p-wave superconductors using a single band model with various order parameters.

Findings

Magnetic field orientation significantly affects specific heat behavior.

Doppler shift impacts the temperature dependence of specific heat.

Different p-wave order parameters exhibit distinct responses to magnetic fields.

Abstract

The effect of magnetic field on specific heat of a p-wave spin triplet superconductor has been analyzed. To describe superconductivity we used a single band model with various realizations of p-wave order parameter and analyzed the effect of a Doppler shift in different temperatures.