Science ❯ Physics ❯ Condensed Matter Physics
High-Temperature Superconductors Nickelates Superconducting Diode Effect Cuprate Superconductors Electron Pairing Room-Temperature Superconductors Topological Superconductivity Charge-Density Waves Ruddlesden-Popper Nickelates Chiral Superconductivity Pair Density Waves Quantum Materials Topological Superconductors Topological Phases Material Properties Kinetic Inductance Detectors Optical Anisotropy Nickelate Compounds MKIDs Critical Temperature Kagome Metals Charge-4e Superconductors Exotic Particles Quantum Computing Surface Superconductivity Phonon-Mediated Superconductivity Supercurrent Diode Effect Crystal Structure Cooper-pair Density Modulation Straintronics High Temperature Superconductors Pair Density Wave (PDW) Magnetic Properties Fermi-Hubbard Model Josephson Junctions Quantum Phases Transmon Qubits Superconducting Switches Moiré Phasons Twisted Tri-layer Graphene Hubbard Models Atomic Structure Chiral Superconductors Charge Fractionalization Electronic Structure Magnetism Kagome Superconductors Ultrafast Magnetism Triplet Superconductors Boron-Doped Diamonds Phase Purity Spin-Triplet Superconductors Nickelate Superconductors Magic-Angle Graphene
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Together, the advances chart practical routes to stronger, more coherent nickelate superconductivity.
