59-340 Quantum Chemistry


Lecture 0:

Lecture 1: Blackbodies

Lecture 2: Photoelectric effect; Atomic spectra

Lecture 3: deBroglie & HUP

Lecture 4: Classical wave equation

Lecture 5: Schroedinger equation

Lecture 6: Particle in a box; normalization

Lecture 7: Postulates of QM

Lecture 8: Orthonormality, Hermitian Operators, Time-dependent SE

Lecture 9: Simple Harmonic Oscillator

Lecture 10: Hermite polynomials, tunnelling and the rigid rotor

Lecture 11: SE for the H atom

Lecture 12: Zeeman effect, variational principle

Copyright Rob Schurko, 2000-7
Updated: 13/08/2007
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