CHM3204: Quantum Chemistry

This course is intended to give students an introduction to quantum mechanics, particularly as it applies to physical problems of interest to chemists and chemical physicists. Introduction to theories, methods and approach of quantum mechanics is a primary focus, although emphasis will also be placed on theories of bonding and the nature of the chemical bond.  Further theories in quantum mechanics underpin the molecular structure hypothesis which indicates that atoms in a molecule are real with properties predicted and defined by laws of quantum mechanics.

Course Objectives    
By the end of the course, the student is expected to be able:

• To apply the fundamental postulates of quantum mechanics to problems with exact and approximate solutions.
• To obtain an understanding of the principles of introductory quantum mechanics, and understand the application of these principles to understanding chemical and physical phenomena.
• To develop in the student the ability to solve quantitative problems.
• To explain the usefulness of Schrodinger’s equation.
• To explain the quantum mechanical interpretation of a chemical bond.

Expected learning outcome
On successful completion of this course unit, the students should be able:    

• To have a good grasp of the fundamental concepts, mechanics and results of quantum mechanical calculations in chemistry.
• To explain the postulates of Quantum Mechanics.
• To illustrate the Quantum Mechanics of simple systems
• To appraise the concepts of Chemical bonding through Quantum Mechanics.