A relative-momentum-local construction from the t-J model treats cuprate superconductivity, pseudogap and strange metal as three organizations of one Cooper channel, and predicts zero-energy Cooper-surface ridges in 2e-ARPES.
Experimental determination of the superconducting pairing state in YBCO from the phase coherence of YBCO-Pb dc SQUIDs,
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Superconductivity, pseudogap and marginal Fermi liquid in a relative-momentum-local theory
A relative-momentum-local construction from the t-J model treats cuprate superconductivity, pseudogap and strange metal as three organizations of one Cooper channel, and predicts zero-energy Cooper-surface ridges in 2e-ARPES.