1.Review of the principles of quantum mechanics. 2.Spin and statistics. 3.Rotation and angular momentum. 4.Rules of composition of angular momentum. 5.Relativity. 6.Electromagnetic and the failure of parity. 7.Fermi coupling and the failure of parity. 8.Pion-nucleon coupling. 9.Strange particles. 10.Some consequences of strangeness. 11.Strong coupling schemes. 12.Dacey of strange particles. 13.The question of a universal coupling coefficient. 14.Rules for strangeness changing decays: experiments. 15.Fundamental laws of electromagnetics and B-Decay coupling. 16.Density of final states. 17.The propagator for scalar particles. 18.The propagator in configuration space. 19.Particles of spin 1 20.Virtual and real photons. 21.Problems. 22.Spin-1/2 particles. 23.Extension of finite mass. 24.Properties of the four-Component spinor. 25.The Compton Effect. 26.Direct pair production by muons. 27.Higher-order processes. 28.Self-energy of the electron. 29.Quantum electrodynamics. 30.Meson theory. 31.Theory of B- decay 32.Properties of the B- Decay coupling. 33.Summary of the course