An introduction to quantum mechanics in chemistry

Introduction and background to quantum mechanics

Quantum mechanics

Quantum theory

Particle-in-box models

Rigid-rotor models and angular-momentum eigenstates

Molecular vibrations and time-independent perturbation theory

The hydrogen atom

The helium atom

Electron spin and the Pauli principle

Many-electron atoms

Homonuclear diatomic molecules

Ab initio and density functional methods

Semiempirical methods

Applications of group theory

Applications of electronic structure theory

Time dependence and spectroscopy.