Abstract
The main facts concerning the dependence of superconductivity on rare-earth ion R in the homologues of RBa2Cu2NbO8, RBa2Cu3O7, RBa2Cu4O8, R2−zCezCuO4, and R2−zCezSr2Cu2NbO10 are organized using the principles that the supercurrent is where the holes are and the superconducting condensate is beyond the pair-breaking range of active rare-earth magnetic moments. Experiments to test this organization are proposed.
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