Lecture 1 (1/21)

Hydrogen wavefunctions

Hydrogen visualization

Lecture 2 (1/26)

fine structure lecture notes

Lamb shift lecture notes

Lamb and Retherford's paper

Lecture 3 (2/2)

alkali atoms lecture notes

slides from lecture

NIST atomic database

Dan Steck's alkali data

Lecture 4 (2/4)

hyperfine lecture notes

isotope shift lecture notes

slides from class

Lecture 5 (2/9)

Zeeman effect

Lecture 6 (2/16)

Classical light and atoms

Chapters from Corney

Lecture 7 (2/18)

Rabi oscillations

Cohen-Tannoudji Ch. 4

Lecture 8 (2/23)

Rabi experiments (slides)

Classical resonance and clocks

Lecture 9 (2/25,3/2)

density matrices

Meystre and Sargent; see Chapter 4

Lecture 10 (3/9, 3/12)

quantum atom and classical light, fluorescence

Lecture 11 (3/16, 3/18)

laser cooling and MOTs

Lecture 12 (3/30)

AC Stark effect

Sisyphus Cooling

L13 (4/6)

dipole traps

optical lattices

slides

L14 (4/8,4/13)

magnetic trapping and evaporative cooling

L15 (4/20,4/22)

collisions (slides)

L16 (4/27, 4/29)

quantum gases (slides)