A study of strongly correlated magnetic and superconducting systems. It contains papers on subjects from introducing the Hubbard model to quantum dissipative systems.
An Introduction to the Hubbard Model 1(32) E. Ercolessi G. Morandi P. Pieri A Quantum Critical Trio: Solvable Models of Finite Temperature Crossovers Near Quantum Phase Transitions 33(55) S. Sachdev Notes on the Density Matrix Renormalization Group. Applications to Ladder Systems 88(21) S. R. White An Introduction to Quantum Monte Carlo Methods 109(27) A. W. Sandvik Coupled Luttinger Liquids 136(1) H. J. Schulz On the Application of the Non-linear Sigma Model to Spin Chains and Spin Ladders 137(30) G. Sierra Density Matrix and Renormalization for Classical Lattice Models 167(17) T. Nishino K. Okunishi Real-Space Renormalization Group Methods Applied to Quantum Lattice Hamiltonians 184(48) M. A. Martin-Delgado A Critical View of the Real-Space Renormalization Group Method Applied to the Hubbard Model 232(17) J. Perez-Conde Quantum Dissipative Systems 249(12) F. Guinea Impurity Effects in Quantum Wires 261(14) G. Gomez-Santos Skyrmions in the Quantum Hall Effect 275(9) L. Brey H. A. Fertig R. Cote A. H. MacDonald Photoemission Bands in Systems of Strongly Correlated Electrons 284(21) S. Haas Van Hove Scenario of High-T(c) Superconductivity 305 J. Gonzalez
