Lecture Slides
- Lecture 1: Course intro and history
- Lecture 2: Special Relativity
- Lecture 3: review of quantum mechanics
- Lecture 4: Phase space
- Lecture 5: Relativistic wave equations
- Lecture 6: More properties of the Dirac Equation
- Lecture 7: QED and Feynman Rules
- Lecture 8: electron/positron annihilation
- Midterm Review
- Lecture 9: QED experiments
- Midterm Solution
- Lecture 10: Form Factors
- Lecture 11: Gauge Symmetries
- Lecture 12: Quantum Chromodynamics
- Lecture 13: Weak Interactions
- Lecture 14: Weak Interactions Continued
- Lecture 15: Weak interactions of hadrons
- Lecture 16: Neutrino Oscillations
- Lecture 17: Electroweak Mixing
- Lecture 18: Test of electroweak mixing
- Lecture 19: Lagrangians and Spontaneous Symmetry Breaking
- Lecture 20: Higgs Mechanism and Boson
- Lecture 21: final words
