Recent Progress in Many–Body Theories

The Table of Contents for the book is as follows:

• Preface
• International Advisory Committee
• Tribute to Eugene Bashkin
• Gorden Godfery Biographical Note
• Feenberg Memorial Medal Presentation
• Response to Feenberg Medal Presentation
• Feenberg Memorial Lecture
  • Trapped Bose Gas. Mean-Field Approximation and Beyond
• Low Dimensional Coulomb Systems
  • Correlations Weak and Strong: Divers Guises of the Two-Dimensional Electron Gas
  • Skyrmions in Quantum Hall Ferromagnets
  • Interaction Effects on Conductance in Quantum Wires
  • Many-Body Effects in Frictional Drag Between Coupled Two-Dimensional Electron Systems
  • Novel Electron Gas Systems
  • Effects of Correlations and Disorder in Quantum Wires
  • Charge-Spin Separation in One-Dimensional Metals and Insulator
  • Boundary Potential Effect for the Kondo Problem in a Luttinger Liquid: Integrable Case
  • Transport Through Low Density Quantum Dots: The Role of Short Range Correlation
  • The Dimerised, Extended Hubbard Model: A Density Matrix Renormalisation Group Study
  • High-field Fluctuations in Mesoscopic Metals
  • Off-Resonance Conductance of Quantum Dots in the Strong Quantum Limit
  • A One-Dimensional Models for Two-Electron Atoms in Strong Magnetic Fields
  • A New Approach to Shot Noise in Resonant Tunnelling Current
  • Metal-Insulator Transition Induced by Interlayer Coulomb Interaction
  • c-Axis Electronic Structure and Superfiuid Response of Copper Oxide Superconductors
• Many Body Methods
  • Electron Density Functional Theory
  • Exploring the Quantum World of Complex States
  • Variational Total Energies from Φ- and Ψ-Derivable Theories
  • Spectral Density for an Anderson Impurity in Superconductors
  • Quantum Optics Meets Quantum Many-Body Theory: Couple Cluster Studies of the Rabi Hamiltonian
  • Many Body Calculations of Correlation Interaction Between Core and Valence Atomic Electrons
  • A Perturbation Method in Strongly Correlated Fermi Systems
  • Finite Element (FEM) Kohn-Sham Density Functional Approach to Lighter Dimers
  • Structure Functions from Breit-Frame Regularized Hamiltonian
  • The Analytic Lanczos Method
  • On an Exactly Solvable Many-Fermion Model
  • Perturbation Theory with Non-Diagonal Propagators and its Use in the Intermediate-Coupling Regime
• Nuclear and Sub-Nuclear Many Body Problems
  • Recent Developments in the Nuclear Many-Body Problem
  • Scattering of Dressed Nucleons in the Nuclear Medium
  • Many-Body Aspects of Quantum Chaos
  • Ground-State Properties and Nuclear Effective Interactions in Unitary-Model-Operator Approach
  • Variational Method for Infinite Nuclear Matter with Noncentral Forces
• Quantum and Classical Fluids and Solids
  • Theory of Quantum Liquids: Where We Are and Where We Are Going
  • Pairing and Spontaneous Polarization in Dense Hydrogen
  • What is a Roton?
  • Pairing in Fermi Fluids in Restricted Geometries
  • Bose–Einstein Condensation of Trapped Alkali Atoms with Attractive Interaction
  • Boson Josephson Junction with Trapped Atoms
  • Dilute Bose–Einstein Condensate in a Trap: Characteristic Lengths and Critical Velocities
  • Chemical Equilibrium Model of High-T_c and Heavy Fermion Superconductors: The Density of States
  • Interface Structure
  • Evolution from BCS Superconductivity to Bose-Einstein Condensation: Mapping of the Fermionic System onto a Bosonic System in the Strong-Coupling Limit
  • Dynamical properties of Supercooled Binary Liquids
  • A Plasma Analogy and Berry Matrices for Non-Abelian Quantum Hall States
  • An Explicit Solution of the BCS Model and Demonstration of Symmetry Breaking
  • Charge-Density Waves in Dense Plasmas
  • G-Wave Pairing and Josephson Tunneling in High-T_c Cuprate Superconductors
  • Light-Induced Nonlinear Dynamics in Vector Atomic Field
• Quantum Chaos, Disordered and Complex Systems
  • Non-Ergodic Behaviour in Quantum Mechanics
  • Statistical Description of Finite Systems on Interacting Particles
  • Homodyne Measurements on a Bose-Einstein Condensate
  • Two-Dimensional Disordered Electron Systems: A Network Model Approach
  • Can We Apply Statistical Laws to Small System? The Cerium Atom
• Quantum Phase Transitions
  • Quantized Vortices in Superfluids and Superconductors
  • Geometrically Frustrated Quantum Antiferromagnets and Spin Liquids
  • One-Particle vs. Two-Particle Crossover in Weakly Coupled Hubbard Chains and Ladders: Perturbative Renormalization Group Approach
  • Instabilities and Stratification of the Bose–Einstein Condensate in a Trapped Ultracold Gas
• Strongly Correlated Lattice Systems
  • Recent Developments in Strongly Interacting Lattice Systems
  • Ab Initio Calculations for the Square-Lattice Anisotropic Heisenberg Model
  • Hamiltonian Lattice Studies of Chiral Meson Field Theories
  • Strong Coupling Approach to One-Dimensional Hubbard Model and Related Lattice Models
  • The Transverse Ising Model by CBF
  • Relation Between Spin and Pseudospin in Strongly Correlated Electronic Systems
  • Density Matrix Renormalisation Group Study of the One-Dimensional Holstein Model of Spinless Fermions
  • Integrable Quantum Impurity Models
  • Dynamical Pairing Correlations in the t–J Model with Non-Adiabatic Hole-Phonon Coupling
  • The 1D Kondo Lattice Model at Criticality
  • Parquet Diagrams in the Critical Region of the Mott Metal–Insulator Transition
  • Ground State Properties of Doubly Degenerated Hubbard Models: Quantum Monte Carlo Study
  • Dynamical Mean-Field Theory for Magnetic States in the Hubbard Model
  • Theory of the Temperature Dependent Photoemission Spectrum of Heavy Fermion Semiconductors
  • Coexistence of Superconductivity and Charge Density Waves in d = ∞ Attractive Hubbard Model
• Subject Index