Superconductors with time-reversal-symmetric SOC exhibit universal mirage gaps near the SOC scale for perpendicular magnetic fields, while parallel fields cause Zeeman splitting near the superconducting gap.
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Breathing mode in Kagome lattices induces odd-frequency spin-singlet dynamical Cooper pairs from conventional s-wave superconductivity.
citing papers explorer
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Universal Spectral Mirage Gaps in Superconductors with Time-Reversal-Symmetric Spin-Orbit Coupling
Superconductors with time-reversal-symmetric SOC exhibit universal mirage gaps near the SOC scale for perpendicular magnetic fields, while parallel fields cause Zeeman splitting near the superconducting gap.
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Breathing mode inducing dynamical pairing in Kagome materials
Breathing mode in Kagome lattices induces odd-frequency spin-singlet dynamical Cooper pairs from conventional s-wave superconductivity.