Lecture 1 | Aug 22 | Nuclear interaction lengths |
Lecture 2 | Aug 24 | Scattering cross sections |
Lecture 3 | Aug 29 | Special relativity |
Lecture 4 | Aug 31 | Kinematics of Decays and Collisions |
Lecture 5 | Sep 5 | Interactions of particles with matter |
Lecture 6 | Sep 7 | Particle detectors |
Lecture 7 | Sep 12 | Silicon detectors, sampling calorimeters |
Lecture 8 | Sep 14 | Hadronic calorimeters and magnetic spectrometers |
Lecture 9 | Sep 19 | Particle accelerators |
Lecture 10 | Sep 21 | Elementary particles |
Lecture 11 | Sep 26 | Isospin |
Lecture 12 | Sep 28 | Time Evolution - Fermi's Golden Rule |
Lecture 13 | Oct 3 | Decay rates and cross sections |
Lecture 14 | Oct 5 | Strong interaction isospin relations |
Lecture 15 | Oct 12 | Quark Model Wavefunctions |
Lecture 16 | Oct 17 | Cabibbo mixing, charm quarks |
Lecture 17 | Oct 19 | D and B mesons |
Lecture 18 | Oct 24 | Neutral kaon oscillations |
Lecture 19 | Oct 26 | CP violation/Neutral B meson oscillations |
Lecture 20 | Oct 31 | Particles with spin 0 |
Lecture 21 | Nov 2 | Feynman rules for scalar particles |
Lecture 22 | Nov 7 | Dirac equation, spin 1/2 particles |
Lecture 23 | Nov 9 | Feynman diagrams for Drell-Yan, Compton scattering |
Lecture 24a | Nov 14 | Electron-muon scattering, deep inelastic scattering |
Lecture 24b | Nov 14 | Proton/neutron structure functions |
Lecture 25 | Nov 16 | Higher order processes, QCD |
Lecture 26 | Nov 28 | |
Lecture 27 | Nov 30 |