Particle Physics

Massless Particles and Analytic Continuation in Mass.- Effective Lagrangians and SU (3) × SU (3) Symmetry Breaking.- Equal Time Commutators, Sum Rules and Low Energy Pion Physics.- Nonleptonic Hyperon Decays.- Finite Energy Sum Rules—Use and Interpretation.- Modified Quark Models.- Hamiltonian Approach to Quantum Field Theory.- Duality in Strong Interaction Physics.- Bootstrap of Indefinitely Rising Regge Trajectories.- Off-Mass-Shell Approach to Baryon Resonances.- Miscellaneous Topics Related to the Annihilation of an Electron-Positron Pair into Meson.- Experimental Tests of CPT, CP, C and T Invariances.- Composite Particle Collisions in the Non-Relativistic Three-Body Theory.- CP Violation and Cosmological Fields.- Stochastic Approach to Quantum Mechanics and to Quantum Field Theory.- Extension of the Conventional Framework of Local Quantum Field Theory and the Description of Resonances.- Summary—First Week.- Summary—Second Week.