Hadron Physics 98; Topics on the Structure and Interaction of Hadronic Systems
The Table of Contents for the book is as follows:
Preface
Lectures
An Introduction to Effective Field Theory
Non Perturbative QCD
Diffraction: Past, Present and Future
QCD at High Temperature and Density
Seminars
Electron Scattering and Nucleon Form Factors
Kaons and Glueballs at Jefferson Lab: a Strange, Sticky but Colorful Production
Nucleon-Nucleon Potential — Chiral Constraints
Strangeness in the Nucleon on the Light-Cone
Contributions
Section I: MODELS FOR THE HADRONS (INCLUDING CHIRAL MODELS)
Approximate and Accurate Methods in Quark-Pion Models of the Nucleon
Hadronic Fluctuations and Quark–Antiquark Asymmetry in the Nucleon
Relativistic Model for Hyperons and Heavy Baryons in the Light-Front
A Quiral Bag Model with a Soft Surface — the Quark Sector
Faddeev Null Plane Model of Proton
Section II: NUCLEAR MATTER; HADRONIC MATTER; QHD
Multiparticle Correlations Effects on Resonance-Matter Formation in 58Ni + 58Ni Reactions at Intermediate Energies
The Effects of Nucleon Substructure on Nuclear Pairing
Equation of State in Derivative Coupling Models
Dibaryon Resonance Degrees of Freedom in a Quantum Hadrodynamics Model
Q-Balls and Fermion Stars
Equation of State for Highly Dense Neutron Matter
Dynamic Excluded Volume in Nuclear Matter
Quark-Meson Coupling Model with Constituent Quarks: Exchange and Pionic Effects
Momentum Projection in the Mean Field Approximation to Quantum Hadrodynamics
Section III: QCD, DIFFRACTION, DIS, CONFINEMENT, HIGH ENERGY HADRONIC COLLISIONS, HADRONIC MATRIX ELEMENTS
Soft Hadronization and the Production of Leading Charm
Eikonal Profile Functions and Amplitudes for pp and
The Meaning of Slope in Vector Meson Photoproduction
Chiral Parameters and Massive Gluons
Analyticity and Crossing at the Elementary Level in Elastic Hadron Scattering
Semiempirical Extraction of Elementary Amplitudes from Experimental Data on Elastic Scattering
A Conjecture on Centauro Species
J/Ψ in Leptoproduction
The Partonic Model for the Diffraction
gNDΛ from QCD Sum Rules
Universal Features of the Energy Flow in ep and pp Collisions
Heavy Quark Symmetry in Heavy Λ Semileptonic Decay
On the Effective Potentials in the Nucleon
Section IV: FLAVOR PRODUCTION AND DECAY
The SELEX Experiment at Fermilab (E781)
Resolving Power Test of 2-D K+K+ Interferometry
Hyperon Production Asymmetries in 500 GeV/c Pion Nucleus Interactions
Section V: CHIRAL EFFECTIVE THEORIES, MESON CURRENTS, LOW ENERGY HADRONIC INTERACTIONS
Pion-Pion Phase Shifts from Two Loop Chiral Perturbation Theory
Light-Front Quantization of the Chiral Schwinger Model
Mixing Effects in Axial and Tensor Mesons
Nuclear Three Body Potentials and Chiral Scalar
Double Δ-Exchange Contribution to
The Role of Vector-Mesons and Quark-Gluon Exchange in the Short-Range Part of the NN Interaction
Two Pion Exchange in Peripheral Nucleon-Alpha Scattering
Chiral Symmetry and Nucleon-Nucleon Scattering
Section VI: ELECTROWEAK INTERACTIONS, LEPTONS, HIGGS
A New Procedure to Measure the CKM Phase γ
Detection of UHE in Fluorescence Detectors
Production of a Single New Charged Heavy Lepton in DELPHI/LEP
Indirect Constraints on Four-Fermion Contact Interactions from Precise Electroweak Measurements
Constraints on Electroweak Contact Interactions from LEP and TEVATRON Data
Same-Sign Dileptons as a Signature for Heavy Majorana Neutrinos in Hadron-Hadron Collisions
Measurement of the Michel Parameter ρ using the
Section VII: SOLITONS, SKYRME MODEL
Rational Maps and Strange Multiskyrmions
The ΛN Interaction in the Bound State Approach
A New Ansatz for the Nucleon-Nucleon Interaction in the Skyrme Model
Coupling a Scalar Field to the Skyrmion Model
Section VIII: FINITE TEMPERATURE FIELD THEORY, QED, GENERAL QUANTUM MECHANICS
Exact Flow Equations and Gravity; the Scalar-QED Model
An Exact Master Equation, Entropy Production and Semiquantum Chaos
On Non-Perturbative Solutions Using a Parametric Inference Approach
Resonant States in the Thermo Field Dynamics
Bound-State Problem in a One-Dimensional Cantor-Like Potential
Deformed Algebras and Chiral Symmetry Breaking
Dimensional Reduction of the Chiral-Continuous Gross-Neveu Model
Analytic Regularization of the
Vacuum Decay Rate in the
Non Trivial Critical Exponents for Finite Temperature Chiral Transitions at Fixed Total Fermion Number
Relativistic Bound States in 2 + 1 and 1 + 1 Dimensions in the Null-Plane
List of Participants
