Monday March 21: Lecture 1 (Review I of Quantum Mechanics) , Video of Lecture 1
Wednesday March 23: Lecture 2 (Review II of Quantum Mechanics), Video of Lecture 2
Monday March 28: Lecture 3 (Review of Special Relativity), Video of Lecture 3
Wednesday March 30: Lecture 4 (Relativistic Kinematics), Video of Lecture 4
Monday April 4: Lecture 5 (Symmetry and Conserved Quantities), Video of Lecture 5
Wednesday April 6: Lecture 6 (Isobaric(Isospin) Symmetry), Video of Lecture 6
Monday April 11: Lecture 7 (Isospin and Discrete Symmetryies), Video of Lecture 7
Wednesday April 13: Lecture 8 (Parity and CP), Video of Lecture 8
Monday April 18: Lecture 9 (Time Dependent Perturbation Theory), Video of Lecture 9
Wednesday April 20: Lecture 10 (Fermi's Golden Rule, Yukawa Potential), Video of Lecture 10
Monday April 25: Lecture 11 (Feynman Rules for Scattering), Video of Lecture 11
Wednesday April 27: Lecture 12 (Feynman Rules for Decays), Video of Lecture 12
Monday May 2: Midterm Exam, no video
Wednesday May 4: Lecture 13 (Dirac Equation), Video of Lecture 13
Monday May 9: Lecture 14 (Free Particle Solutions to the Dirac Equation), Video of Lecture 14
Wednesday May 11: Lecture 15 (electron-muon scattering), Video of Lecture 15
Monday May 16: Lecture 16 (Intro to Weak Interaction), Video of Lecture 16
Wednesday May 18: Lecture 17 (muon and pion Decay), Video of Lecture 17
Monday May 23: Lecture 18 (Neutral Weak Interaction, Chiral States ), Video of Lecture 18
Wednesday May 25: Lecture 19 (Electro-Weak Unification ), Video of Lecture 19
Wednesday June 1: Lecture 20 (Gauge invariance, Neutrino Oscillations), Video of Lecture 20