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Chiral Superconductivity Stabilized By Hole Doping
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Chiral Superconductivity Stabilized By Hole Doping
Chiral superconductivity can be stabilized by hole doping a Chern ferromagnet, with a Cooper pair formed by a magnon bound to two holes stabilized at sufficiently strong interactions and Ising spin–orbit coupling. This Cooper pair exhibits finite spin chirality, signaling a noncoplanar skyrmionic spin texture, and chiral f-wave symmetry.
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