Condensed Matter Theories

Preface; Compressibility Anomaly in a Disordered Two-Dimensional Electron Gas; Static Ground-State Properties of the 2D Electron Gas; Many-Body Effective Mass Enhancement in a Two-Dimensional Electron Liquid; Transport and Fluctuations in QPCS: The Case of Occam's Razor; Plasma Instabilities in Quantum Well Structures; Lateral Plasma Instabilities in HEMTS Induced by Boundary Conditions; Some Outstanding Issues Remaining for the Metal Insulator Transition Phenomena in Disordered 2D Electron Systems; Coupled-Cluster Theory for Nuclei (Coupled-Cluster Theory for Nuclei; Properties of Nucleons in Nuclei: Quantum Physics at all Energy Scales; Nuclear Matter Mean Field with Extended Sigma Model; Drops Made of Helium Atoms: A Fascinating Many-Body System; Extraordinary Phenomena in Semiconductor-Metal Hybrid Nanostructures Based on Bilinear; Magnetoresistance of a Dilute Magnetic Alloy; Fractal Properties of Small Magnetic Particles and Magnetic Multilayers: An Exactly Solvable Model; Magnetic Quantum Cellular Automata; Pairing in Fermi Systems: A Crossing-Symmetric Approach; Applicability of the Landau Quasiparticle Picture for a Class of Strongly Correlated Fermi Systems; Chapter 18; Comparison of the Exact Series Expansion with the Spherical Cellular Model; Interaction Pseudopotentials in Quantum Hall Systems: Novel Correlations and Incomprehensible States; Single-Mode Approximation in Quantum Hall Liquid Crystals; Spin Wave Models in Thin-Film Ferromagnetic Stripes; Exchange Correlations in Normal Boson Liquids; 3He Single-Particle States in Thin 3He-4He Films: What we Know and What we Don't Know; Growth of Helium Films on Curved Surfaces; Forward Fourth-Order and Correctable Algorithms for Solving Physical Evolution Problems; Bremsstrahlung from Dense Plasmas and the Landau-Pomeranchuk-Migdal Effect; Clustering of Charged Quantum Fluid Mixtures: From the Electron-Hole Liquid to Liquid Metallic Hydrogen; LIMEREC: The Linz Metal-Cluster Real-Space Code; Capillary Phenomena in Porous Materials: Modelling Adsorption Using Lattice Gases in Mean-Field and Bethe-Peirels Approximations; Spectroscopic Studies of Small Biomolecules in Condensed Phases; Quantum Monte Carlo in the Study of Dilute Bosonic and Fermionic Gases; Second Layer of 4He on Graphite; Investigation of Nodes of Fermionic Wavefunctions; BCS and BCS-Bose Crossover Theories in Superconductors and Superfluids; Tuning Resonances and Depletion Rates in Bose-Einstein Condensates by Trap Potentials; Pairing Phase Transitions in Nuclear Physics; LOCV Calculations for Quantum Liquids; Nuclear Tunnelling Phase Transitions; Pairing Model Simulation on a Quantum Computer; Lie Algebras, Invariants of Motion; Modelling Nuclear Properties with Support Vector Machines; Index.