Syllabus for Physics 515: Metals
Spring 2010
- Lecture 1: January 13, 2010.
Periodic lattices in real and reciprocal space
- Lecture 2: January 15, 2010.
Bloch's theorem and the Brillouin zone
- Lecture 3: January 20, 2010. Nearly free electrons and the
Harrison construction
- Lecture 4: January 22, 2010. Tight-binding and other methods
for calculating band structures
- Lecture 5: January 25, 2010. Density functional theory
- Lecture 6: January 27, 2010. Types of solids and cohesion
- Lecture 7: January 29, 2010. Fermi statistics and the
Sommerfeld expansion
- Reading: Ziman 4.4, 4.5, and 4.7
- Lecture 8: February 1, 2010. The Lindhard dielectric function
- Lecture 9: February 3, 2010. Plasma oscillations
- Lecture 10: February 5, 2010. Mott metal-insulator
transitions.
- Lecture 11: February 8, 2010. Wannier functions.
- Lecture 12: February 10, 2010. Quasiclassical dynamics
- Reading: Ziman 6.5, 6.6, 9.1, and 9.2
- Lecture 13: February 12, 2010. Electron-phonon interaction
and the deformation potential
- Reading: Ziman 6.10--6.14
- Lecture 14: February 17, 2010. Boltzmann equation and electrical
conductivity I.
- Lecture 15: February 19, 2010. Boltzmann equation and electrical
conductivity II.
- Reading: Ziman 7.12 and 7.13
- Lecture 16: February 22, 2010. Thermoelectric effects
- Reading: Ziman 7.7--7.10.
- Lecture 17: February 24, 2010. Pauli paramagnetism, local
moments and the Curie-Weiss law.
- Reading: Ziman 10.1--10.3.
- Lecture 18: February 26, 2010. The exchange interaction
and ferromagnetism.
- Reading: Ziman 10.4--10.5.
- Lecture 19: March 1, 2010. The Cooper pair problem.
- Reading: Ziman 11.1--11.3.
- Lecture 20: March 3, 2010. Superconducting transition
temperature.
- Reading: Ziman 11.4--11.6.
- Final Exam: March 5, 2010.
Last modified January 5, 2010.
Jim Freericks, Professor of Physics,
freericks at physics dot georgetown dot edu