以下の内容を扱う。進度によって適宜、内容を補足したり、詳細を省くこともある。
以下は昨年扱った内容の項目。
1. Introduction
1.1. Analogy from a classical field theory
1.2. Symmetries and the Noether currents
2. Fields
2.1. Lorentz group
2.2. Poincare group
2.2. Scalar, spinor, vector
3. Quantization
3.1. Many-body problem
3.2. scalar field theory
3.3. Discrete symmetries of the scalar field
4. Interaction
4.1. Interacting scalar theory
4.2. Reaction Rates
4.3. Vacuum in the interaction representation
5. Calculus
5.1. Generating functional
5.2. Feynman propagator
5.3. Perturbation in the phi4 theory
5.4. Self-energy and 1PI graphs
5.5. Ultraviolet divergence
5.6. Renormalized perturbation theory
6. Dirac fields
6.1. Dirac equation and free spinor basis
6.2. Discrete symmetries of fermions
6.3. Anti-commutation relation
6.4. Time-ordered product and the Dirac propagator
6.5. Constrained systems
6.6. Dirac's quantization method
7. Vector fields
7.1. Polarization vectors
7.2. Feynman rules in QED
7.3. Compton scattering
8. Applications
8.1. Nambu-Jona-Lasinio model
8.2. Origin of the mass
8.3. Schwinger model (1+1D QED)
8.4. Chiral anomaly
9. Advanced topics
9.1. Non-Abelian gauge theory
9.2. Asymptotic freedom
9.3. Spinor helicity formalism