Courses on Quantum Chemistry

 1. Introduction and Background To QM ............................. Jan. 20 
 2. Quantum Theory ............................................................ Jan. 27 
 3. Particle-in-Box Models ................................................... Feb. 3
 4. Rigid-Rotor Models and Angular Momentum Eig. ........ Feb. 17 
 5. Molecular Vibrations and Time Indep. Perturb. .............. Mar. 2 
Part A
Part B
 6. The Hydrogen Atom ....................................................... Mar. 9 
 7. Multielectron Atoms ...................................................... Mar. 30
Part A
Part B
Part C 
 8. Diatomic Molecules ........................................................ Apr. 13 
 9. Ab Initio and Density Functional Methods ............. Apr. 20  
10. Semiempirical Methods and Applications of Symmetry ............................................... Apr. 27 
Part A
Part B


Reference: http://www.chem.unt.edu/~mschwart/chem5210/files/