Hadron Physics 96

Topics on the Structure and Interaction of Hadronic Systems

Proceedings of the International Workshop

International Workshop

, Mangaratiba, Rio de Janeiro, Brazil

, 15 – 20 April 1996

https://doi.org/10.1142/3423 | July 1997

Pages: 460

Edited by:
Erasmo Ferreira (Universidade Federal do Rio de Janeiro, Brazil),
Rui A M S Nazareth (Universidade Federal do Rio de Janeiro, Brazil),
Vera Lúcia Baltar (Pontifícia Universidade Católica do Rio de Janeiro, Brazil), and
José De Sá Borges (Universidade Estadual do Rio de Janeiro, Brazil)

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ISBN: 978-981-4546-34-8 (ebook) USD 46.00 Add to cart

The study of QCD in the confinement regime poses some of the most difficult problems of fundamental physics at present. The mechanism of confinement is not yet understood, and it is hard to investigate the properties of the fundamental theory in the determination of the structures and interactions of hadronic systems. As a consequence of these difficulties, the frontier between effective and fundamental theories has been intensively investigated in the last few years, and progress has been achieved in several directions. The "Hadron Physics" workshop gathered together experts who have been taking the lead in these developments in recent years. Four sets of lectures were presented, providing a pedagogical and updated basis that gives support to research work in frontier problems.

This book puts together the main current methods in the study of the properties of hadrons. The perspective of future developments based on different approaches can then be more clearly perceived.

Contents:

Lectures:
- Selected Topics in Heavy Quark Physics (T Mannel)
- Two-Baryon Forces from Skyrmions (J M Eisenberg & G Kälbermann)
- Chiral Perturbation Theory (G Ecker)
Seminars:
- Pion Form Factor within QCD Instanton Vacuum Model (A E Dorokhov)
- From Quarks to the Pion Derivative Coupling (P Bicudo & J Ribeiro)
- Electromagnetic Properties of Hyperons in the Skyrme Model (N N Scoccola)
- Static Bethe-Salpeter Approach to the Harmonic Oscillator (B Michel et al.)
Contributions:
- Quark Models
- Nuclear Matter, Hadronic Matter, Quantum Hydrodynamics
- QCD, DIS, Confinement, Hadronic Form Factors, Hadronic Collisions
- Solitons, Skyrme Model
- Flavor Production and Decay
- Chiral Effective Theories, Sigma Model
and other papers

Readership: Physicists and graduate students in physics.

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Hadron Physics 96: International Workshop; Topics on the Structure and Interaction of Hadronic Systems

Pages:1–462

https://doi.org/10.1142/9789814529945

Preview Abstract

The Table of Contents for the book is as follows:

Preface
Lectures
- Selected Topics in Heavy Quark Physics
- Two-Baryon Forces From Skyrmions
- Chiral Perturbation Theory
- Non-Perturbative Methods in QCD
Seminars
- Pion Form Factor Within QCD Instanton Vacuum Model
- fNπN: From Quarks to the Pion Derivative Coupling
- Amplitudes for γ_vN → Δ in the Framework of Chiral Soliton Models
- Electromagnetic Properties of Hyperons in the Skyrme Model
- Hadronic Interactions from Effective Chiral Lagrangians of Quarks and Gluons
- Low Energy Pion-Pion Phase Shifts from Chiral Perturbation Theory
- The Ω^- → Ξ^-γ Decay: A QCD Sum Rule Approach
- Static Bethe-Salpeter Approach to the Harmonic Oscillator
- A Soliton for the Non-Linear Sigma Model on the Three Sphere
Contributions
Section I: Quark Models
- Mass Effects in a Three-Body System Bound by Harmonic Oscillators
- Structure and Solutions of the Fuzzy and the Modified Fuzzy Bag Model
- Chiral Symmetry, Constituent Quarks and the πN Form Factor
- A Thermal Model for the Strangeness in Nucleon
- Effect of Two-Gluon Annihilation and SU(3) Broken Flavor Symmetry on the Pseudoscalar Meson η and η′ Masses
Section II: Nuclear Matter, Hadronic Matter, Quantum Hydrodynamics
- Quantum Hadrodynamics (QHD-I) with Spontaneous U(1) Symmetry Breaking: The Structure of the Model
- Dibaryon Resonance Phase-transition in the EOS of Nuclear Matter and the QHD-I Model
- δ-Expansion in Derivative Coupling Models
- A General Relativity Quantum Field Approach to Neutron Matter
- Influence of the Effective Mass on $p - p$ $p \bar{p}$ Annihilation Widths
- Uncorrelated Three-Pion Contribution to $p - p$ $p \bar{p}$ Annihilation
Section III: QCD, DIS, Confinement, Hadronic Form Factors, Hadronic Collisions
- Elastic Hadron Scattering and Total Cross Section in a Multiple Diffraction Model
- QCD Calculation of Cross-Sections and Slopes in High-Energy Scattering
- Chiral Condensates in two Dimensional QCD
- Rho Meson Form-Factor in the Null-Plane Phenomenology
- The Glauber Approach in Perturbative QCD: Nucleon Case
- Phenomenological Aspects of Elastic Parton-Parton Amplitudes
- Hadronization in Polarized Deep Inelastic Scattering
- On the Energy Dependence of Diffractive Mass Spectra
- EM Form Factors of the Nucleon in a Chiral Model with Momentum Projection
Section IV: Solitons, Skyrme Model
- The Role of Chiral Symmetry in the Skyrme Model
- Magnetic Moments of Hyperons in a Model with Vector Mesons
- The Nucleon as a Soliton from the Non-Linear Sigma Model
Section V: Flavor Production and Decay
- Experimental Analysis of the Decays D⁺ → μ^-μ⁺π⁺ and D⁺ → e^-e⁺π⁺ in the E791 Experiment
- Aspects of Λ₀ Polarization in p-p Collisions
- Detecting the Intrinsic Charm of the Proton Through the Λ⁺_c Polarization
- Radiative Ω^- → Ξ^-γ Decay and Physics Beyond the Standard Model
- Asymmetries of D^± Mesons as a Function of x_F and p²_t in Pion-Nucleon Interactions
- Non-Resonant Contribution in Non-Leptonic Charm Meson Three Body Decays
Section VI: Chiral Effective Theories, Sigma Model
- Chiral Symmetry and Pion-Nucleon Scattering
- Rho Meson Properties in the NJL Model
- Nucleons with Structure in the Linear Sigma Model for Nuclear Matter
- Low-Energy Pion Production in Nucleon-Nucleon Scattering: Chiral Symmetry and Pion Rescattering
- Two Pion Exchange NN Potential and N – α Scattering
List of Participants