Nuclear Dynamics: From Quarks to Nuclei : Proceedings of the XXth CFIF Fall Workshop, Lisbon, Portugal, October 31-November 2, 2002 - Tapa blanda

Sinopsis

Electroweak Prohes (I).- Meson Exchange Currents in Quasi-Elastic Electron-Nucleus Scattering.- Parity-Violating Effects in Two- Nucleon Systems.- The Nuclear Interaction and Meson Production From Light Nucle.- N NInteraction in Chiral Constituent Quark Models.- Near Threshold Meson Production in Nucleon-Nucleon Collisions.- The Importance of the Final-State Interaction in np ¡ú¦Çd near Threshold.- Isospin Symmetry Breaking: Experimental Observation.- Electroweak Prohes (II).- Relativistic Analysis of Proton-Proton Bremsstrahlung.- Relativity in Polarized Electron Scattering Observables.- Three-Nucleon Electroweak Capture Reactions.- The Nuclear Medium Under Extreme Conditions.- Nuclear Medium Effects in Hadron Leptoproduction.- Recent Results and Prospects from the STAR Detector and RHIC.- An Estimate of the Percolation Parameter in Heavy Ion Collisions.- Constituent Quark Models and Chiral Symmetry.- Pionic Decays of Hadrons and the Coupling of Pions to Quarks.- Search for the Quark Shell Structure Using the Non-Topological Soliton Model.- Description of Baryons as Relativistic Three-Quark Systems.- Relativityand Electromagnetic Observables.- Relativistic Theory of Few-Body Systems.- Longitudinal Response Functions for Quasielastic Electron Scattering in Relativistic Nonlinear Models.- Photo-and Electrodisintegration of Few-Body Systems Revisited.- Non-Nucleonic Degrees of Freedom.- Dynamical Model of Electroweak Pion Production Reactions.- 't Hooft Determinant: Fluctuations and Multiple Vacua.- Does it Make Sense to Talk About a ? Isobar?.- Relativity, Chiral Symmetry, and Form Factors of Baryons and Mesons.- Relativity, Chiral Symmetry, and the Nucleon Electromagnetic Form Factors.- Current Density Operators in Relativistic Quantum Mechanics.- Light-Front Time Picture of the Bethe-Salpeter Equation.- Nuclear Structure and Binding.- Energy Spectra of9?Be.- Analysis of Light Nuclei by the AMD Method with Realistic N N Potentials.- Evidence of Tensor Correlations in the Nuclear Many-Body System Using a Modern N N Potential.- Experimental Study of Nuclear Few-Body Systems at Jefferson Lab.- Tributes to Peter Sauer.- From ? - d to ? - Tumor: Peter Sauer's Influence as a Teacher.- From Physics to Consulting.- Celebrating Peter Sauer: an Occasion to Look at Nuclear Physics in Perspective.- List of Participants.- Author index.

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