RPA calculation identifies chiral p-wave pairing as dominant in tetralayer graphene at low densities, with distinct finite-momentum and zero-momentum superconducting regimes.
Han et al., Signatures of chiral superconductivity in rhombohedral graphene, Nature 643, 654 (2025)
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Chiral finite-momentum superconductivity in the tetralayer graphene
RPA calculation identifies chiral p-wave pairing as dominant in tetralayer graphene at low densities, with distinct finite-momentum and zero-momentum superconducting regimes.