High-temperature Superconductivity: Physical Properties, Microscopic Theory, and MechanismsJosef Ashkenazi The Theory of High-Tc Superconductivity (P.W. Anderson). Holes in the Quantum Antiferromagner (A. Auerbach, B.E. Larson). Slave Boson Approach to the One Dimensional tJ Model (T.K. Lee, Z. Wang). Universality of Behavior of Electrons on a Ring (F.V. Kusmartsev). Vector Mean Field Theory of Statistics (M.D. Johnson et al.). Superconducting and Magnetic Phase Boundaries in Doped Cu-Based Superconducting Oxides (Y. Gao et al.). Infrared Properties (Z. Schlesinger et al.). On Transport Properties of HTSC Oxides (M. Affronte, D. Pavuna). A Unified Approach to a Description of the Cuprate Superconductors (V.Z. Kresin et al.). ElectronHole Asymmetry (J.E. Hirsch). Properties and Superconductivity of Large Bipolarons (D. Emin). Topological Effects in Disordered Phase of Two-Dimensional Magnet (A.M. Tsvelik, M. Yu. Reizer). Current Status of Fermi Liquid Based Approaches to the Cuprates (K. Levin et al.). 55 additional articles. Index. |
Contents
The Theory of High T Superconductivity | 1 |
Electronic Structure Lattice Dynamics and ElectronPhonon | 7 |
Marginal FermiLiquid Theory of the High T Materials | 19 |
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absorption anisotropy anomaly antiferromagnetic approximation atoms band structure BCS theory behavior bipolarons boson c-axis calculations carriers coherence length conductivity conventional superconductors correlation corresponds Coulomb coupling crystals Cu-O CuO2 CuO4 cuprates curves density discussed doping effect electron-phonon electronic structure equation EXAFS excitations experimental Fermi energy Fermi level Fermi liquid Fermi surface fermions films fluctuations flux frequency function Hamiltonian high temperature high-T superconductors High-Temperature Superconductivity hole holons HTSC Hubbard model insulating interaction isotope large bipolarons lattice layers Lett linear low energy magnetic field materials mean-field measurements metallic neutron normal observed obtained orbitals oxides oxygen pairing parameters particle peak phase phonon photoemission Phys Physics plane plasmon polarons potential properties quasiparticle renormalized resistivity samples scattering self-trapped shown in Fig solid spectra spin spinon symmetry t-J model temperature dependence theory tunneling YBa2 YBCO zero