1. Basics

• Green's functions
• Equations of Motion
• Feynman diagrams

2. Superconductivity

• BCS theory
• triplet pairing
• superconductivity at interfaces
• non-equilibrium superconductivity
• Higg mode
• new materials

3. Response theory

• density matrix
• linear response
• ARPES and Raman-scattering
• actual examples

4. Quantum Materials

• basics
• superconductivity and charge-density-waves
• topological superconductors
• latest developments

Will be announced during the lecture. A manuscript will be provided.