Volume 1.

Introduction.

Elements of quantum mechanics.

Orbital models for atomic, molecular and crystal structure.

Symmetry groups and molecular structure.

Second quantization and many-body methods.

Approximate separation of electronic and nuclear motion.

Quantum electrodynamics of atoms and molecules.

Volume 2.

Approximation methods.

Orbital models and generalized product functions.

Electron correlation.

Relativistic molecular electronic structure.

Electronic structure of large molecules.

Computational quantum chemistry.

Visualization and interpretation of molecular electronic structure.

Volume 3.

Response theory and propagator methods.

Interactions between molecules.

Molecules in different environments.

Molecular electronic spectroscopy.

Atomic spectroscopy and molecular vibration-rotation spectroscopy.

Molecular dynamics and dynamical processes.

Bulk properties.