Week 1: Introduction. Atoms and molecules, chemical bonding. Review of tight binding (LCAO) approximation. (Chpt. 1 of Al, Chpt. 1 of Ib).
Week 2: Bloch states and Wannier states. Band structures in 2d and 3d. (Chpt. 3 of Al, Chpt. 7 of Ib). Second quantization (Rössler 4.3).
Week 3: Approximate methods to deal with interacting electrons and ions: Born-Oppenheimer, Hartree-Fock, DFT (Rössler 2.2, 4.4, 5.1). Hubbard models.
Week 4: Electron transport. Boltzmann equation. Electrons and holes. (Chpt. 4 of Al, Chpt. 9 of Ib).
Week 5: Superconductivity and magnetism: overview (parts of Chpts. 5 and 8 of Al and Chpts. 8 and 10 of Ib).
Week 6: Electrodynamics and thermodynamics of superconductors. (Chpts. 5, 6 of Al, Chpt. 10 of Ib).
Week 7: Microscopic origin(s) of superconductivity. (Chpt. 7 of Al, Chpt. 10 of Ib).
Week 8: Magnetism of insulators and metals. (Chpt. 8 of Al, Chpt. 8 of Ib).
Week 9: Magnetic phase transitions. (Chpt. 12 of Al, Chpt. 8 of Ib).
Week 10: Semiconductors. (Chpt. 12 of Ib).
Holidays: Mon, May 29