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QCD VACUUM STRUCTURE

Proceedings of the Workshop on QCD Vacuum Structure and Its Applications
    https://doi.org/10.1142/9789814536141Cited by:1 (Source: Crossref)
    Abstract:

    The Table of Contents for the full book PDF is as follows:

    • Preface

    • Welcome

    • Table of Contents

    • Part I: Confinement

      • Thoughts on the Vacuum: Introductory Remarks

      • Renormalization and Confinement

      • The Method of Vacuum Correlators

      • The QCD Vacuum in the Field Strength Formalism

      • Instantons in the Field Strength Approach to QCD

      • Confinement with Gaussian Gluon Fields

      • Renormalization in the QCD Hamiltonian Method

      • Gauge Consistency Constraints on Gluon Mass

      • Transversally Confined, Acausal Gluons

      • QCD Based Potential Between Heavy Quarks

      • Macroscopic Model of the Colour Confinement

    • Part II: Chiral Symmetry Breaking

      • Correlation Functions of the QCD Vacuum and Instantons

      • Schwinger Dyson Equations: Dynamical Chiral Symmetry Breaking and Confinement

      • Nonperturbative Solutions to the Dyson-Schwinger Equations of Pure QCD

      • Chiral Symmetry, Broken Scale Invariance and the Nuclear Equation of State

      • The Gluon Condensate in the Chiral Phase Transition

      • Meson Masses in a Chirally Symmetric, Covariant Effective Quark Model without Free Quarks

      • Nonlocal Condensates in a Simple Nucleon Model

      • Nambu—Jona-Lasinio Models of Chiral Symmetry Breaking

      • Photo-Nucleon Processes in Chiral Perturbation Theory

    • Part III: Nonperturbative Methods

      • Vacuum Structure of Pure Gauge Theories on the Lattice

      • What do Lattice Simulations Tell Us About the QCD Vacuum?

      • Introduction to Lattice Gaugefixing and Efective Quark and Gluon Masses

      • Light-Cone Quantized QCD

      • Light Front Tamm-Dancoff Method: Hydrogen Atom and 2D Yukawa Model

      • Chiral Symmetry and Confinement in Massless Two Dimensional Quantum Chromodynamics

      • Large Nc QCD Solitons and their Interactions

      • How Can QED3 Help Us Understand QCD4?

      • Zeta Function Regularization of the Vacuum Energy

      • Wigner Function in Field Theory: Phase-space Description of the Dirac Vacuum

      • The Equal-time Wigner Transform of the Klein-Gordon Field and Pair Creation

    • Part IV: Thermal QCD and Applications

      • The Infrared Structure of Hot QCD

      • Transport Coefficients in Thermal QCD

      • Medium Effects on Hadron Structure

      • Surface Tension in Hot Lattice QCD

      • Instability of Bubbles near the Hadron Quark-Gluon Plasma Phase Transition

      • Ideal Gas of Strings and QCD at Hadronic Scales

      • Collective Pion Emission and QCD Vacuum Structure

    • Part V: Beyond QCD

      • Top and Higgs Masses from Dynamical Electroweak Symmetry Breaking

      • Color-Sextet Quark Condensation in QCD

      • Concluding Remarks: Vacuum Structure and Matter Genesis

    • List of Authors

    • List of Participants