Frequency-dependent Eliashberg calculations show band-off-diagonal pairing in twisted graphene stays purely interband, mixes even and odd frequency components, and can explain non-saturating superfluid stiffness.
Band geometry, berry curvature, and superfluid weight,
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Eliashberg Theory and Superfluid Stiffness of Band-Off-Diagonal Pairing in Twisted Graphene
Frequency-dependent Eliashberg calculations show band-off-diagonal pairing in twisted graphene stays purely interband, mixes even and odd frequency components, and can explain non-saturating superfluid stiffness.