This course introduces the notions of point and translational symmetry, molecular symmetry, symmetry of vibrational modes, representation theory.
Theoretical chemistry
Atomic and molecular theoretical chemistry I. Basis notions of quantum mechanics II. Harmonic oscillator III. Rigid rotor IV. Angular momentum V. Hydrogen atom VI. Methods of approximation VII . Spin and Pauli principle
Learning outcomes of the course :
Group Theory
Identification of a point symmetry group and use of group theory to study molecular vibrations.
Theoretical chemistry
Basic concepts of quantum chemistry applied to simple model systems.
Prerequisites and co-requisites/ Recommended optional programme components :
Theoretical chemistry
Basic quantum mechanics
Planned learning activities and teaching methods :
Theoretical chemistry
15h of exercises
Mode of delivery (face-to-face ; distance-learning) :
Theoretical chemistry
first quater
Recommended or required readings :
Group Theory
Notes available
Theoretical chemistry
available
Assessment methods and criteria :
Group Theory
Written exam (theory+exercises)
The Group Theory course being part of the Physical Chemistry III course and the evaluation being common, a minimum grade of 8/20 in each of the two parts (Chim0677-A and Chim0677-B) will be required to pass.
Theoretical chemistry
written exam for exercises oral exam on the course