Modified Perturbation Theory for Strongly Correlated Electron Systems

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Introduction : Chapter 1. Introduction
Localization and Interaction in One-Dimensional Electron Systems
Impurity-Induced Soliton Formation in Quasi-One Dimensional Superconducting State
Self-Consistent Perturbational Study of Insulator-to-Metal Transition in Kondo Insulators due to Strong Magnetic Field
Theory of Valence-Fluctuating Tm Impurities.I
Calculation of Optical Conductivity of YbB_ using Realistic Tight-binding Model
Specific Heat-Coefficient of YbAl_3 Studied by Combined Nearly Free Electron Conduction Band Hybridized with Localized f Electrons with Correlation Effect
Absence of Hybridization Gap in Heavy Electron Systems and Analysis of YbAl_3 in Terms of Nearly Free Electron Conduction Band(Condensed matter: electronic structure and electrical, magnetic, and optical properties)
Effects of Strong Correlation and Magnetic Field on Kondo Insulators
Calculation of Optical Conductivity, Resistivity and Thermopower of Filled Skutterudite CeRu_4Sb_ based on a Realistic Tight-binding Model with Strong Correlation
Modified Perturbation Theory for Strongly Correlated Electron Systems
A Unfied Theory of Dynamical Mean Field and Spin Fluctuations
Modified Perturbation Theory Applied to Kondo-Type Transport through a Quantum Dot under a Magnetic Field
Magnetic Field Effects on Transport Properties of a Quantum Dot Studied by Modified Perturbation Theory
Optical conductivity of Ce-based filled skutterudites
1/N and Quantum Monte Carlo Studies of a Magnetic Impurity in an Insulator with a Small Gap
Investigation of the two-particle-self-consistent theory for the single-impurity Anderson model and an extension to the case of strong correlation
Anomalous Metal-Insulator Transition in Filled Skutterudite CeOs_4Sb_
Quantum Monte Carlo Simulation of One-Dimensional Periodic Anderson Model
Scattering Mechanisms in Heavily Doped Semiconductors. II. Effect of Mass Anisotropy and Multiple Scattering
Numerical Simulation of the Dynamical Conductivity of One-Dimensional Disordered Systems by MacKinnon's Method
Role of Commensurability Energy in Impurity Pinning of One-Dimensional Charge Density Waves
Quantum Fluctuation of Pinned Charge Density Waves vs Superconducting Fluctuation in One-Dimensional Conductors
Quantum Monte Carlo Study on Impurity Pinning in One-Dimensional Interacting Electron Systems-Competition between Charge Density and Superconducting Fluctuations-
The Impurity Pinning of a Spin-Density Wave in One-Dimensional Interacting Electron Systems
Formation Mechanism of Hybridization Gap in Kondo Insulators based on a Realistic Band Model and Application to YbB_
Scattering Mechanism in Heavily Doped Semiconductors. I. Maxima in Resistivity and Hall Coefficient
Magnetic Impurity in Insulators with Small Energy Gap
Variational and Self-Consistent Perturbational Theories for Generalized Kondo Systems
Magnetic-Field-induced Antiferromagnetism in Two-dimensional Hubbard Model : Analysis of CeRhIn_5(Condensed Matter: Electronic Structure, Electrical, Magnetic and Optical Properties)
Magnetization Curve of the Infinite-Dimensional Hubbard Model
Variational Theory for Two-Impurity Anderson Model : Condensed Matter and Statistical Physics
Correlation Effects on Optical Conductivity of FeSi
Magnetic field induced antiferromagnetism in two-dimensional Hubbard model: Analysis of CeRhIn5

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