This is my best-guess schedule as of October, 2000.
It is subject to change, and all students are responsible
for changes announced in class.
| class | date | subject |
| 1 | January 4 | Introduction to CP Violation in Neutral B-Meson Decay |
| 2 | January 9 | Review of Relativistic Kinematics |
| 3 | January 11 | Cross-Sections and Decay Rates |
| 4 | January 16 | Introduction to Feynman Diagrams |
| 5 | January 18 | Introduction to the Weak Interaction |
| 6 | January 23 | Elastic Scattering of Electrons by Nuclei |
| 7 | January 25 | Lifetimes, Decay Rates, and Line Widths |
| 8 | January 30 | Two-body and Muon Decay |
| 9 | February 1 | Symmetry and Conservation Laws |
| 10 | February 6 | Charge Conjugation and Parity Inversion |
| 11 | February 8 | Neutral Kaon Physics |
| 12 | February 13 | Quark-Parton Model |
| 13 | February 15 | Wave Equations |
| 14 | February 20 | Tau-, Charm-, and B-Decays |
| 15 | February 22 | Three-body Decays |
| 16 | February 27 | Strong Interactions of Quarks |
| 17 | March 1 | The Cabibbo-Kobayashi-Maskawa Mixing Matrix |
| 18 | March 6 | Neutrino Oscillations |
| 19 | March 8 | CP Violation in Neutral B-Meson Decay |
last modified November 8, 2000