Phenomenology of Flavordynamics.- The standard model of electroweak interactions.- Neutral current couplings.- Quark mixings.- Leptonic mixings.- Remarks on ? physics.- Heavy quark decays.- Unification of strong and electroweak forces.- Topics in Quantum Chromodynamics.- to QCD.- Overview of perturbative QCD.- Chiral symmetry, current algebra and ?o ? ??.- Quantization of gauge theories.- Renormalization and renormalization group equations.- Deep inelastic processes in leading log approximation.- Factorization including non-leading log.- Jets and Quantum Chromodynamics.- Introduction: jets in hadron physics.- Parton model.- Parton model and jet data.- A specific jet model.- A specific jet model revisited.- Perturbative QCD and the leading log.- "Pure perturbation": energy patterns.- Energy correlations.- Perturbative Quantum Chromodynamics and Applications to Large Momentum Transfer Processes.- The effective coupling.- Electron-positron annihilation.- Deep inelastic scattering.- Large-mass muon pair production.- QCD perturbation theory.- Large p? meson and "jet" production in hadron-hadron collisions.- Summary and conclusions.- Topics in Perturbative QCD Beyond the Leading Order.- Overview.- Basic formalism.- Next to leading order asymptotic freedom corrections to deep inelastic scattering (non-singlet case).- Singlet sector beyond the leading order.- Semi-inclusive processes.- Other higher order calculations.- Summary.- The MIT Bag Model.- and the static cavity approximation.- Deformation from the spherical orbitals: electric polarizability of mesons.- Rotationally excited states: long bags.- Exotics and cryptoexotics in the bag mod.- The nucleon-nucleon interaction.- Low energy scattering and quark eigenstates.- PCAC and the bag model: the pion mass.-PCAC and the bag model: the axial vector current.- Semi-classical Methods in QCD and Hadronic Structure.- List of references.- Problems.- Supergravity.- Methods of differential geometry in gauge theories and gravitational theory.- Formulae for the superspace formulation of supergravity.- Linearized theory.- Participants.