In four-band superconductors, unconventional s-wave pairing states survive nonmagnetic disorder much better than single-band theory predicts, with resilience set by the superconducting fitness.
Topological Crystalline Materials of J = 3 /2 Elec- trons: Antiperovskites, Dirac Points, and High Winding Topological Superconductivity,
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Robustness of unconventional $s$-wave superconducting states against disorder
In four-band superconductors, unconventional s-wave pairing states survive nonmagnetic disorder much better than single-band theory predicts, with resilience set by the superconducting fitness.