PHYSICS 402 TENTATIVE SCHEDULE Spring 2017

DateReading Assignment TopicAssignment
1/251-1.6,4.1Review of QM
1/274.2Hydrogen atom, angular momentum, spin#0
1/304.4Dirac equation, Pauli matrices, Stern-Gerlach
2/16.4 (Strong) Zeeman effect, transition rules
2/34.3,4.4Addition of angular momenta, Clebsch-Gordan#1
2/64.3More on addition of angular momenta
2/86.3Fine-structure, spin-orbit interaction
2/106.1Perturbation theory: energy#2
2/136.1Perturbation theory: wavefunctions
2/15Perturbation theory: examples
2/176.2Degenerate states in perturbation theory#3
2/206.5More spectroscopy and selection rules, hyperfine structure
2/22Perturbation theory: examples
2/246.2Degenerate states in perturbation theory#4
2/274.x,6.xREVIEW
3/1MIDTERM #1
3/3POST-EXAM REVIEW
3/65.1Identical particles
3/85.1Exchange forces
3/107.2He atom
3/135.2Atoms, Hund's rules
3/155.3Free-electron gas, Fermi energy
3/17Crystal lattices, Bloch wave, Brillouin zone#5
3/20SPRING BREAK
3/22SPRING BREAK
3/24SPRING BREAK
3/279.1Time-dependent perturbation theory
3/299.1Time-dep. pert. theory: example
3/319.1,9.2Time-dep. pert. theory: exact solution; Rabi flopping#6
4/35.x,9.xREVIEW
4/5MIDTERM #2
4/7POST-EXAM REVIEW
4/109.2Incoherent perturbation
4/129.3Spontaneous emission
4/149.1Quantum statistical mechanics
4/179.1Occupation distribution functions
4/199.2,9.3Photons in a box
4/21Phonons#7
4/24Superconductivity
4/268.1WKB approximation
4/288.2,8.3WKB connection formulae, tunnelling#8
5/111.1,11.2WKB example
5/311.2,11.3Aharonov-Bohm effect
5/5Scattering, partial-wave expansion#9
5/8Scattering example
5/10REVIEW
5/19FINAL EXAM