1.- Atomic and molecular structure. Bound and continuum states. Variational, perturbational and model potential treatments. Molecular structure and symmetry. Ab-initio electronic structure of many-electron and of polyatomic molecules. Vibrational functions.
2.- Potential scattering and electron-atom collisions. The partial wave method. Transition probabilities. Different methods and tecniques in collisions of electrons with atoms and molecules. The R-matrix method. Excitation and ionization cross sections. Resonances.
3.- Atomic and molecular collisions. The semiclassical approximation. Close-coupling methods for ionization and charge transfer processes. Classical CTMC methods