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TOPICS
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A.
MATERIALS A1.Cuprates A1-1. La-based, Y-based and other Rare Earth-based superconductors A1-2. Bi-based, Tl-based and Hg-based superconductors A1-3. Other cuprate superconductors A2.Borides and Borocarbides A2-1. MgB2 A2-2. Other boride-based materials A2-3. Borocarbides A3.Carbon-based Superconductors A3-1. Fullerides, nanotubes A3-2. Organic superconductors A3-3. Other C-based superconductors A4.Heavy-fermion A5.Ruthenates A6.Low-temperature superconductors A7.New superconductors B. MECHANISMS B1. Theory B1-1. Pairing B1-2. Electronic structure B1-3. Correlated electrons B1-4. Phonons B1-5. Normal state B1-6. Lightly doped Mott insulators B1-7. Magnetic correlations and vortex core states B1-8. Multiple gap superconductivity B1-9. Other theoretical approaches B2. Order-parameter symmetry B3. Triplet superconductivity B4. Superconductivity and magnetism B5. Superconductor-insulator transition B6. Pseudo-gap B7. Structural and Electronic Inhomogeneities B7-1. Stripes B7-2. Phase separation B7-3. Granularity; substitution; alloying B8. C-axis coherence; low-dimensionality B9. Vortex Physics B9-1. Pinning B9-2. Single vortex B9-3. Ordered and disordered vortex structures B9-4. Dynamics B10. Tunneling; Josephson media B11. Andreev reflections; S-N and S-F interfaces
C. PHYSICAL PROPERTIES AND CHARACTERIZATION |