Week 1: Mathematical tools and postulates of quantum mechanics. Week 2: Free particle and particle-in-a-box; start hydrogen atom. Week 3: Finish hydrogen atom; quantum numbers and angular momentum. Week 4: Approximation methods — variational and perturbation theory. Week 5: Many-electron atoms and molecular orbital basics. Week 6: Spectroscopy basics and review; solve mixed problems.
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: Includes a dedicated section on molecular symmetry, which is essential for simplifying complex MO treatments. Google Books Supplementary Material Quantum Chemistry 2022-23
: Explaining upper-bound energy calculations.
A standout feature is the chapter on molecular symmetry, which teaches students how to simplify complex MO treatments using group theoretical principles.