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| A1. Defects (1) | aluminium compounds (2) | annealing (1) |
| antiferromagnetism (2) | barium compounds (1) | Belief propagation (4) |
| Bilayer (1) | binding energy (1) | bismuth compounds (3) |
| Brillouin zones (3) | calcium compounds (1) | carbon (1) |
| carrier density (1) | carrier relaxation time (1) | cerium (1) |
| cerium compounds (5) | channelling (1) | charge order (1) |
| charge-ordered states (1) | Circuit QED – Gates (1) | cobalt compounds (7) |
| coercive force (2) | colossal magnetoresistance (1) | Complexity (1) |
| Composite (1) | Condensed matter (3) | Condensed Matter - Mesoscale and Nanoscale Physics (1) |
| conduction bands (1) | copper compounds (1) | correlated electron systems (1) |
| critical current density (superconductivity) (1) | Crypto (1) | crystal defects (1) |
| crystal field interactions (1) | crystal growth from solution (1) | crystal structure (1) |
| crystal symmetry (1) | Cuprates (1) | Curie temperature (2) |
| d-wave superconductivity (1) | Decoherence (3) | dielectric hysteresis (1) |
| dielectric polarisation (1) | dielectric thin films (1) | doping (2) |
| Double perovskite (1) | elastic moduli (1) | electrodes (1) |
| electron spin polarisation (2) | Electron-doped superconductor (1) | Emergent (1) |
| Error correction (14) | exchange interactions (electron) (1) | Fermi surface (1) |
| ferromagnetic materials (10) | ferromagnetic materials; magnetic epitaxial layers; magnetic transition temperature; magnetisation; nickel compounds; praseodymium compounds; pulsed laser deposition; Raman spectra; spin-phonon interactions (1) | ferromagnetic-paramagnetic transitions (1) |
| FERROMAGNETISM (2) | fluctuations (1) | Foundations (8) |
| frequency- wavevector integrals (1) | frustration (1) | gallium arsenide (1) |
| galvanomagnetic effects (1) | giant magnetoresistance (1) | Gravity (4) |
| Griffiths phase (1) | ground states (3) | Hall effect (1) |
| HF calculations (3) | high-temperature superconductors (9) | hole mobility (1) |
| Hubbard model (1) | hysteresis (1) | III-V semiconductors (1) |
| infrared spectra (1) | insulating thin films (1) | integral equations (1) |
| ION CHANNELING (1) | iron compounds (1) | Jahn-Teller effect (1) |
| Josephson effect (1) | LaAlO3 (1) | LaAlO3 substrate (1) |
| Landau levels (3) | lanthanum compounds (12) | LANTHANUM OXIDES (1) |
| laser ablation (1) | lattice constants (1) | lattice sites (1) |
| lattice theory (1) | LDPC (2) | long-range order (2) |
| magnesium compounds (1) | magnetic anisotropy (1) | magnetic domains (1) |
| magnetic epitaxial layers (4) | magnetic hysteresis (1) | magnetic moments (1) |
| magnetic structure (3) | magnetic thin films (4) | magnetic transition temperature (1) |
| magnetic transitions (4) | magnetisation (4) | MAGNETIZATION (1) |
| magnetoelastic effects (1) | magnetoelectric effects (5) | magnetophonon effects (1) |
| MAGNETORESISTANCE (2) | magnetotransport (1) | manganese compounds (1) |
| MANGANESE OXIDES (1) | manganite films (1) | Many-Body (3) |
| Measurement (1) | melting (1) | metal-insulator transition (1) |
| metamagnetism (1) | MgO (1) | MgO substrate (1) |
| molecular electronic states (1) | multiferroics (4) | nanostructured materials (1) |
| Nd2-xCexCuO4 (1) | neodymium compounds (3) | neutron diffraction (1) |
| nickel compounds (4) | nuclear magnetic resonance (1) | OQEC (4) |
| organic superconductors (1) | organic superconductorsHubbard models (1) | paramagnetic materials (2) |
| paramagnetic-antiferromagnetic transitions (1) | PARAMAGNETISM (1) | penetration depth (superconductivity) (2) |
| permittivity (2) | PEROVSKITES (1) | phase diagrams (2) |
| phonon-impurity interactions (1) | phonons (4) | photoconducting devices (1) |
| photoconducting materials (1) | photoexcitation (1) | positive ions (1) |
| praseodymium compounds (6) | pulsed laser deposition (4) | Quantum chaos (5) |
| quantum Hall effect (3) | Quantum Hall effects (2) | Quantum simulation (5) |
| Quantum Theory (5) | quasiparticles (2) | Raman spectra (3) |
| receiving antennas (1) | Reference frame (5) | reflectivity (1) |
| remanence (1) | Renormalization (1) | RPA calculations (2) |
| Sans titre (37) | Self correcting (1) | senechal (2) |
| shear modulus (1) | Simulation (6) | skyrmions (3) |
| soft modes (2) | solid-state phase transformations (1) | Soliton (1) |
| spectrometers (1) | spin dynamics (2) | spin glasses (1) |
| spin systems (1) | spin-lattice relaxation (1) | spin-phonon interactions (3) |
| Stripes (1) | strontium compounds (3) | STRONTIUM OXIDES (1) |
| submillimetre wave antennas (1) | substrates (1) | superconducting critical field (1) |
| superconducting energy gap (1) | superconducting thin films (2) | superconducting transition temperature (1) |
| superexchange interactions (2) | surface roughness (1) | TEMPERATURE DEPENDENCE (1) |
| terahertz radiation (1) | thermal conductivity (1) | thin film antenna (1) |
| thin film devices (1) | thin films (2) | Topological QC (2) |
| transmitting antennas (1) | tunnelling (2) | Turbo Codes (3) |
| two-dimensional electron gas (3) | vacancies (crystal) (1) | valence bands (1) |
| variational cluster approximation (1) | vortices (1) | Wigner crystal (4) |
| X-ray diffraction (1) | YBa2Cu3O7 (1) | YBa2Cu3O7-d (1) |
| yttrium compounds (1) | Zeeman effect (3) | [beta]-NMR (1) |
