PHYSICS 402 TENTATIVE SCHEDULE Spring 2018

DateReading Assignment TopicAssignment
1/241-1.6,4.1Review of QM, QM in 3D
1/264.2-4.4H atom (brief version), angular momentum and spin review#0
1/294.4Stern-Gerlach experiment, spin precession
1/316.4-9.3Zeeman effect, transition rules
2/24.3,4.4Addition of angular momenta, Clebsch-Gordan#1
2/56.3Spin-orbit interaction: fine structure
2/76.1Perturbation theory (time-independent): intro
2/96.1Perturbation theory (time-independent): energy correction#2
2/126.1Perturbation theory (time-independent): wavefunction correction
2/146.1Perturbation theory (time-independent): complete example
2/166.2Degenerate perturbation theory#3
2/196.2Degenerate perturbation theory: example
2/216.4Weak/strong Zeeman effect in perturbation theory
2/23Identical particles, bosons, fermions#4
2/264.x,6.xREVIEW
2/28MIDTERM #1
3/2POST-EXAM REVIEW - CANCELLED (BAD WEATHER)
3/5POST-EXAM REVIEW
3/75.1Exchange forces
3/95.2Atom wavefunctions, simplified model; He atom
3/125.2Ground state of atoms; Hund's rules
3/145.3Free electron gas, Fermi surface and energy
3/165.3Solids, Block wave#5
3/19SPRING BREAK
3/21SPRING BREAK
3/23SPRING BREAK
3/269.1Time-dependent pert. theory
3/289.1Time-dependent pert. theory: example
3/309.1Time-dependent pert. theory: exact solution, Rabi flopping#6
4/25.x,9.xREVIEW
4/4MIDTERM #2
4/6POST-EXAM REVIEW
4/99.2Incoherent perturbations
4/119.3Spontaneous emission
4/135.4Quantum statistical mechanics(1)#7
4/16Special Lecture: Quantum effects in superconductivity
4/185.4Quantum statistical mechanics (2)
4/20Photons in a box#8
4/23Phonons in a crystal
4/258.1The WKB approximation
4/278.2,8.3More on WKB#9
4/308.2,8.3WKB tunnelling
5/210.2Aharanov-Bohm effect
5/411.1-11.3Scattering#10
5/76.3,6.5Fine and hyperfine structure of H atom
5/9REVIEW
5/16FINAL EXAM