A patch renormalization-group model of six van Hove points predicts that increasing displacement field in twisted WSe2 turns chiral d/p-wave superconductivity into a spatially modulated valley ferromagnet.
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Displacement-Field-Driven Transition between Superconductivity and Valley Ferromagnetism in Transition Metal Dichalcogenides
A patch renormalization-group model of six van Hove points predicts that increasing displacement field in twisted WSe2 turns chiral d/p-wave superconductivity into a spatially modulated valley ferromagnet.