Includes appendecies and index

1. P1: Picture and concept s
2. The time dependent Schrödinger equation
3. The free-particle wave packet
4. The Gaussian wave packet
5. Correspondence between classical and quantum dynamics
6. The wigner representation and the density operator
7. Correlation functions and spectra
8. One-dimensional barrier scattering
9. P2: Formal theory and methods of approximation
10. Linear algebra and quantum mechanics
11. Approximate solutions of the time dependent Schrödinger equation
12. Path integration the van vleck propagator and semi classical mechanics
13. Numerical methods for solving the time dependent Schrödinger equation
14. P3: Applications
15. Introduction to molecular dynamics
16. Femtosecond pulse pair excitation
17. One and two photon electronic spectroscopy
18. Strong field excitation
19. Design of femtosecond pulse sequence to control chemical reaction
20. Wave packet approaches to photo dissociation
21. Wave packet correlation function formulation of reactive scattering