La5Ni3O11 superconductivity is predicted to be a two-gap s± state in the bilayer subsystem, with the T_c reduction tied to a reduced interlayer-to-intralayer hopping ratio.
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Symmetry-Based Microscopic Theory of the Unconventional Pairing Mechanism in La$_5$Ni$_3$O$_{11}$
La5Ni3O11 superconductivity is predicted to be a two-gap s± state in the bilayer subsystem, with the T_c reduction tied to a reduced interlayer-to-intralayer hopping ratio.