Class syllabus

Usefull materials:
David Snoke's book
Ashcroft and Mermin's book
Auerbach's book
Goldenfeld's book

Lecture notes/slides

• Lecture 1: Boltzmann Equation pdf
• Lecture 2: Application of Boltzmann Equation to QHE pdf
• Lecture 3: QHE, Defects in Crystals, and Linear Response pdf
• Lecture 4: Linear Response pdf
• Lecture 5: Kramers Kronig, 2 Level System, Polaritons pdf
• Lecture 6: Polaritons pdf
• Lecture 7: Quantizing the EM Field pdf
• Lecture 8: Polaritons and Non-linear Optics pdf
• Lecture 9: Non-linear Optics and Perturbation Theory pdf
• Lecture 10: More Perturbation Theory pdf
• Lecture 11: Even More Perturbation Theory pdf
• Lecture 12: Feynman Diagrams pdf
• Lecture 13: More Feynman Diagrams pdf
• Lecture 14: Photon Self Energy And Resummation pdf
• Lecture 15: Resummation of Diagrams pdf
• Lecture 16: Interacting Fermi Gas pdf
• Lecture 17: Collective Modes and Stability of the Fermi Sea pdf