Intercalating LaXO3 (X=Al,Ga,Sc) into La2NiO4 electron-dopes Ni planes disorder-free, putting La2NiO4:La2AlO4 at optimal filling for d-wave Tc exceeding 50 K.
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SB-CDMFT subdivides the bath into independent subbaths with distinct hybridizations, replacing one large ED impurity problem with several smaller ones while preserving particle-hole symmetry and Mott physics.
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Heterostructuring as Gateway to Electron Doping of Nickelate Superconductors
Intercalating LaXO3 (X=Al,Ga,Sc) into La2NiO4 electron-dopes Ni planes disorder-free, putting La2NiO4:La2AlO4 at optimal filling for d-wave Tc exceeding 50 K.
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Subbath Cluster Dynamical Mean-Field Theory
SB-CDMFT subdivides the bath into independent subbaths with distinct hybridizations, replacing one large ED impurity problem with several smaller ones while preserving particle-hole symmetry and Mott physics.