Strongly Correlated Electron Systems

The Table of Contents for the book is as follows:

• PREFACE
• LECTURES PRESENTED AT THE MINIWORKSHOP ON STRONGLY CORRELATED ELECTRON SYSTEMS IN CONDENSED MATTER
• LECTURES PRESENTED AT THE ANNIVERSARY ADRIATICO RESEARCH CONFERENCE ON STRONGLY CORRELATED ELECTRON SYSTEMS
• 2D MODELS — VARIOUS TECHNIQUES
  • TWISTED MAGNETS AND TWISTED SUPERFLUIDS
  • ON THE INSTABILITY OF THE FERROMAGNETIC STATE IN THE U = ∞ LIMIT OF THE HUBBARD MODEL
  • VARIATIONAL STUDY OF THE PAIR HOPPING MODEL
  • THE RELEVANCE TO SUPERCONDUCTIVITY OF THE SUPERSYMMETRIC POINT IN THE tJ MODEL
  • IMPORTANCE OF LOCAL SPIN-FLIP PROCESSES IN QUANTUM ANTIFERROMAGNETS
  • SINGLE SPIN FLIP IN THE INFINITE U HUBBARD MODEL: HUBBARD OPERATORS, THREE-BODY FADEEV EQUATIONS AND GUTZWILLER WAVE FUNCTIONS
  • SPIN-CARRYING SLAVE BOSON REPRESENTATION FOR STRONGLY CORRELATED FERMION SYSTEMS
• 2D MODELS — NUMERICAL STUDIES
  • PRELIMINARY GROUP ANALYSIS OF A 4 × 4 TW0 DIMENSIONAL HUBBARD MODEL
  • NUMERICAL STUDY OF THE t-J MODEL: EXACT GROUND STATE AND FLUX PHASES
  • STATIC PROPERTIES OF THE 2D HUBBARD MODEL ON A 4 × 4 CLUSTER
  • NUMERICAL STUDY OF THE 2D HUBBARD MODEL AT HALF FILLING
• HOLE MOTION IN A QUANTUM ANTIFERROMAGNET
  • INCOMMENSURATE ANTIFERROMAGNETISM AND MAGNETIC DOMAIN WALLS IN THE TWO-DIMENSIONAL HUBBARD MODEL
  • SPIRAL PHASES OF DOPED ANTIFERROMAGNETS
  • SELF-CONSISTENT HOLE MOTION AND SPIN EXCITATIONS IN A QUANTUM ANTIFERROMAGNET
• FLUX PHASES AND ANYON SUPERCONDUCTIVITY
  • GENERALIZED PAIRING AND COMMENSURABILITY EFFECTS IN HIGH TEMPERATURE SUPERCONDUCTORS
  • ANYONS, THE QUANTUM HALL EFFECT, AND TWO-DIMENSIONAL SUPERCONDUCTIVITY
  • SUPERFLUIDITY OF THE LATTICE ANYON GAS
  • ON THE PROJECTED FERMION DESCRIPTION OF ANISOTROPIC S = 1/2 ANTIFERROMAGNETS
  • BINDING OF HOLONS-SEMIONS IN THE CHIRAL STATE
  • TWO QUANTUM LIQUIDS
• SUPERCONDUCTIVITY PHENOMENOLOGY AND RELATED TOPICS
  • RAMAN MODES AND STRONG INTRAPLANAR OXYGEN-OXYGEN CHARGE FLUCTUATIONS IN YBa₂Cu₃O₇
  • SUPERCONDUCTIVITY IN MIXED BOSON-FERMION SYSTEMS
  • SUPERCONDUCTING GLASSY STATE IN THE EXTENDED HUBBARD MODEL WITH OFF-DIAGONAL DISORDER
  • PHENOMENOLOGICAL CONSTRAINTS ON THEORIES FOR HIGH TEMPERATURE SUPERCONDUCTIVITY
  • ANTIFERROMAGNETIC ORDERING IN THE HUBBARD MODEL: SLAVE BOSON APPROACH, PATH-INTEGRAL FORMULATION
• LOW (d = 1) AND HIGH (d = ∞) DIMENSIONAL MODELS
  • STRONGLY CORRELATED QUASI-ONE-DIMENSIONAL BANDS: GROUND STATES, OPTICAL ABSORPTION, AND PHONONS
  • U = ∞ HUBBARD MODEL: TOWARDS THE EXACT SOLUTION IN d = ∞
  • NEUTRAL EXCITATIONS IN QUASI-1D STRONGLY CORRELATED ELECTRON SYSTEMS
  • FERMIONS ON A LATTICE IN HIGH DIMENSIONS
  • NEW EXACTLY TRACTABLE LIMITS FOR CORRELATED LATTICE FERMIONS: HIGH DIMENSIONALITY AND INFINITE RANGE HOPPING