Book Description

Contents: Introduction to the Symposia on Few-Body Systems and Multiparticle Dynamics; PART I: Bound States Of Few-Body Systems-- The Trinucleon Bound-State System, Monte Carlo Techniques for Ground-State Properties, Quarks and Nucleon-Nucleon Correlations, Eigenfunctions and Periodic Orbits in Classically Chaotic Systems: Order in Chaos?, The Quark Model and the Nucleon-Baryon Interaction; PART II: Collision Dynamics Of Few-Body Systems-- Time Dependent Approach to Photodetachment in E, B, and Parallel E and B Fields, Deuteron-Nucleus Collisions: Reduction of a Many-Fermion Collision System to an Equivalent Three-Body Model, Coincidence Reactions and the Three-Body Structure of Lithium-6, Three-Body Theory of Electron Capture, The Time-Dependent Hartree-Fock Method and Chaos in Nuclear Dynamics; PART III: Few-Body Dynamics In Larger Systems-- Microscopic Cluster Theory in Nuclear Physics, Simulations of Structure, Dynamics and Transformations in Finite Aggregates, Reactive Flux Correlation Functions and Monte Carlo Evaluation of Real Time Path Integrals, Solid and Liquid Molecules and Microclusters.