Common Problems in Low- and Medium-Energy Nuclear Physics

I: The Weak Interaction.- Weak Neutral Currents in Nuclear Processes.- Novel Topics in ? Nuclear Physics.- The Mysterious Muon.- Axial Currents and Pionic Modes in Nuclei.- Microscopic Calculations of the Quenching of gA and of the Gamow-Teller Matrix Elements in A = 15, 17, 39 and 41 Systems.- Correlations and Total Muon Capture Rates.- Observation of Two-Photon Emission in Nuclear Pion-Capture: Pion-Pion Annihilation in Nuclei.- II: Quarks and Nuclear Structure.- A Quasi-nuclear Coloured Quark Model for Hadrons.- Pion Fields and Quarks in Nuclear Matter.- Baryon-Antibaryon Systems.- III: Physics of Electrons, Protons and Kaons.- Theoretical Investigations of the Optical Model for Nucleons at Negative, Low and Intermediate Energies.- Nuclear Studies Involving Intermediate Energy Projectiles.- Examples Where we Actually Learn Something About Nuclear Structure from Medium Energy Experiments.- The New Giant Resonances — An Experimental Review.- Microscopic Theories of Giant Resonances.- Giant Monopole Resonances in Nuclei and Compressibility of Nuclear Matter.- Strangeness-Exchange and Strange Nuclei.- Current Topics in Quasi-Elastic Scattering.- IV: Pion Physics.- Pion Absorption by Nuclei.- Beyond Lowest-Order Results in Pion-Nucleus Reactions.- The Pion-Nucleus Optical Potential.- Recent Developments in the Description of the NN? System.- The ?D?NN? Reaction and the Three-Body Kinematics Game.- Threshold Pion Photoproduction and the Nuclear Structure.- Pion Double Charge Exchange.