| Lecture 1 (ppt| pdf) | Aug 23 | Course information, historical introduction, overview |
| Lecture 2 (pdf) | Aug 25 | Relativity, 4-vectors and related notation |
| Lecture 3 (pdf) | Aug 30 | Particle decays, relativistic kinematics |
| Lecture 4 (pdf) | Sep 01 | Relativistic kinematics of collisions |
| Lecture 5 (pdf) | Sep 06 | Kinematics of collisions, probability, Monte Carlo methods |
| Lecture 6 (pdf| ppt) | Sep 08 | Monte Carlo methods, pdf's and histograms |
| Lecture 7 (pdf) | Sep 13 | Fermi's Golden Rule |
| Lecture 8 (pdf) | Sep 15 | Cross sections, decay rates, symmetry constraints |
| Lecture 9 (pdf) | Sep 20 | Symmetries, quantum numbers, spin, parity and strangeness |
| Lecture 10 (pdf) | Sep 22 | Isospin, the quark model |
| Lecture 10 (pdf) | Sep 27 | Quark model wavefunctions, mass formulas |
| Lecture 11 (pdf) | Sep 29 | Quark current diagrams, charmonium production |
| Lecture 12 (pdf) | Oct 4 | Heavy quarkonium, spectroscopy |
| Lecture 13 (pdf) | Oct 6 | Klein-Gordon Equation |
| Lecture 14 (pdf) | Oct 13 | Feynman diagrams for spinless fields |
| Lecture 15 (pdf) | Oct 18 | Cross sections for spinless charged particles |
| Lecture 16 (pdf) | Oct 20 | Dirac equation, spin 1/2 particles Properties of Pauli and Dirac matrices |
| Lecture 16 (pdf) | Oct 25 | Feynman diagrams: e+e-→μ+μ-, γe-→γe- |
| Lecture 17 (pdf) | Oct 27 | eμ scattering, deep inelastic scattering |
| Lecture 18 (pdf) | Nov 1 | Proton/neutron structure functions |
| Lecture 19 (pdf) | Nov 3 | Higher order processes, Quantum ChromoDynamics |
| Lecture 20 (pdf) | Nov 8 | Weak interactions |
| Lecture 21 (pdf) | Nov 10 | Neutrino scattering processes |
| Lecture 22 (pdf) | Nov 15 | Deep inelastic neutrino scattering, weak neutral currents |
| Lecture 23 (pdf) | Nov 17 | Lepton universality, weak couplings to quarks |
| Lecture 24 (pdf) | Nov 22 | Weak coupling to quarks, lack of FCNC, the CKM matrix |
| Lecture 25 (pdf) | Nov 29 | The neutral kaon system: oscillations, regeneration and CP violation |