Condensed Matter Theories

I. Computer Simulations.- Molecular Dynamics Studies of Glass Transitions: Vitrification and Amorphization.- Phase Transition in Metallic Spin Glasses.- Study of Dynamical Properties of Dense Soft Sphere Fluids and Glasses by Molecular Dynamics.- Dynamic Theory of the Glass Transition in Dense Classical Plasmas.- Structure of a One-Component Plasma in an External Field: A Molecular Dynamics Study of Particle Arrangement in a Heavy-Ion Storage Ring.- Calculation of Elastic Constants Using Molecular Dynamics.- Fragmentation and Structure of Silicon Microclusters.- Physics of Strongly Coupled Rotation-Translation Systems.- Computer Simulation of “Special” Grain Boundaries in Metals and Ionic Materials.- Order and Chaos in Neural Systems.- II. Density Functional Method.- What’s Right and What’s Wrong with the Density-Gradient Expansions for the Exchange and Correlation Energies?.- Exchange-Only Energy Functionals from Atomic Exchange Energy Densities.- Density Functional Theory and f Electron Systems.- Non-Local Correlation and Point Transformations in Density Functional Theory.- Symmetry Constraints in the Ionization Potentials and on the Formulation of the Hohenberg-Kohn-Sham Theory.- Hypernetted Chain Analyses of Dense Plasmalike Materials.- Self Consistent Model for Tunneling Across a One Dimensional Barrier in a Many Electron System.- Elasticity of Crystals and Quasicrystals.- III. Charged and Neutral Quantum Fluids.- Superfluidity in 3He Films.- Quantum Monte Carlo and the Equation of State of Liquid 3He.- Topics in Multi-Component Fermi Systems.- Rapidly-Convergent Truncation Scheme for the Ground State Energy of Quantum Fluids.- Boson-Mixtures at Non-Zero Temperatures.- Elementary Excitations in Two Dimensional Electron Gas Arrays.- Quark Cluster Model forHigh Energy Reactions with Nuclei.- Multipair Excitations and Dynamic Response of the Metallic Electron Gas in Two and Three Dimensions.- The Response Function of the Hard-Sphere Fermi Gas.- IV. Localization.- Degenerately-Doped Semiconductors in Strong Magnetic Fields.- Universal Conductance Fluctuations in Disordered Metals.- A Scaling Theory of Localization and Superconductivity.- Electron Localization in One-Dimensional Incommensurate Potentials.- Transport in Metal Alloys and Resistivity Saturation.- V. Growth Kinetics.- Ballistic Deposition on Surfaces.- Monte Carlo Simulation of Large Eden Clusters on a Cray-2.- Renormalization Group Methods for Phase Separation Problems.- Measuring Fractals: Comparison of Theory and Experiment on the Global Properties of a Strange Attractor.- VI. Quantum Hall Effect.- Fluctuation and Exchange in the Fractional Quantized Hall Effect.- Linear Response and the Quantization of the Hall Conductivity.- VII. Heavy-Feemion Systems.- What Underlies the Anderson Hamiltonian?.- The Anderson Lattice and Universal Properties of Heavy Fermion Systems.- VIII. Coupled Cluster Method.- Extended Coupled Cluster Method: Quantum Many-Body Theory Made Classical.- On an Effective Gauge Field Description of a Positron Impurity in Polarizable Media.- A Temperature Dependent Coupled Cluster Method.- CBF Description of Light Nuclei.