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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6 Pith papers cite this work. Polarity classification is still indexing.
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representative citing papers
Uniaxial strain and obliquely incident circularly polarized light stabilize a Floquet second-order topological insulator in graphene featuring gapped edges and robust corner modes.
A method for anisotropic energy-loss functions shows Migdal daily modulation depends only on the ELF quadrupole, applied to silicon and GaAs dark-matter detectors.
Floquet engineering with periodic light fields induces odd-parity magnetism and tunable spin splitting in 2D collinear antiferromagnets.
A spin-polarized energy density method derived from spin-density functional theory decomposes total energies into atomic contributions and is implemented in VASP for applications to paramagnetic Fe and Ni-doped GaN.
Nonpolar crystals can exhibit switchable polarization through multivalued formal polarization and long-range ion migration, reconciled via Berry-phase theory and topological oxidation states.
citing papers explorer
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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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Floquet second-order topological insulator in strained graphene
Uniaxial strain and obliquely incident circularly polarized light stabilize a Floquet second-order topological insulator in graphene featuring gapped edges and robust corner modes.
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Anisotropic electron scattering and Migdal effect in semiconductor detectors
A method for anisotropic energy-loss functions shows Migdal daily modulation depends only on the ELF quadrupole, applied to silicon and GaAs dark-matter detectors.
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Light-induced Odd-parity Magnetism in Conventional Collinear Antiferromagnets
Floquet engineering with periodic light fields induces odd-parity magnetism and tunable spin splitting in 2D collinear antiferromagnets.
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Spin-polarized Energy Density Method from Spin-Density Functional Theory
A spin-polarized energy density method derived from spin-density functional theory decomposes total energies into atomic contributions and is implemented in VASP for applications to paramagnetic Fe and Ni-doped GaN.
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Revisiting Ferroelectricity Beyond Polar Space Groups
Nonpolar crystals can exhibit switchable polarization through multivalued formal polarization and long-range ion migration, reconciled via Berry-phase theory and topological oxidation states.