CBC425 - Quantum Chemistry & Statistical Thermodynamics ...

CBC425 - Quantum Chemistry & Statistical ThermodynamicsInstructors:Tan Howe SiangCBC-03-06email: howesiang@ntu.edu.sgPrerequisite:CBC314 or by permissionCourse Workload:Equivalent to 3 hours lecture per week for a 13-week semesterCourse Description:The theory of quantum mechanics (QM) is a major pillar in modern physical sciences. Thiscourse provides a rigorous introduction to the foundation of quantum mechanics. Topicscovered will be geared towards the application of QM to areas of chemical interest such asspectroscopy and electronic structural calculation. These topics include• Postulates of QM• Quantum theory of angular momentum• Perturbation theories• Molecular structure and chemical bonds• Time dependent Schrodinger equationWe will also introduce density matrices and the Liouville equations which incorporatesstatistical thermodynamics into the solving quantum mechanics problems.This course will provide the student with a solid background to pursue postgraduate studiesin physical chemistry.Course Grading:The final grades will be determined according to the following weights:1. Continual assessment (40%) consisting (but not restricted to)i. Problem sets (roughly one per fortnight)ii. Midterm test(s)2. Final Exam: 60%.References:1. Peter Atkins and Ronald Friedman, Molecular Quantum Mechanics, 4 th edition,Oxford University Press, 20052. G.C. Schatz and M.A. Ratner, Quantum Mechanics in Chemistry, Prentice-Hall,19933. D.A. McQuarrie and J.D. Simon, Physical Chemistry: A Molecular Approach,University Science Books, 1997