1996 Lectures are below
The Simple Harmonic Oscillator - Hilbert Space Operator Method
The Simple Harmonic Oscillator - Boundary Conditions; Matrix Elements
The Simple Harmonic Oscillator - Symmetry; parity A
The Simple Harmonic Oscillator - Symmetry; parity B
The Simple Harmonic Oscillator - Time Dependence; Heisenberg Equation of Motion
The Simple Harmonic Oscillator - Differential Equation Approach
The Simple Harmonic Oscillator - Series Solution
The Simple Harmonic Oscillator - Generating Function for Hermite Polynomials and Normalization A
The Simple Harmonic Oscillator - Generating Function for Hermite Polynomials and Normalization B
The Simple Harmonic Oscillator Cont. - Two Coupled Oscillators and Normal Coordinates
The Simple Harmonic Oscillator Cont. - Two Coupled Oscillators; 3D Isotropic Oscillator
The Simple Harmonic Oscillator Cont. - Spherically Symmetric Oscillator and Angular Momentum
Introduction to Matrix Mechanics
Non-Crossing of Energy Levels under a Perturbation
Carbon Dioxide-Normal Modes of Vibration
Infrared Absorptions in Carbon Dioxide-Fermi Resonance
Carbon Dioxide Vibrational States continued
Fermi Resonance - Eigenvalues and Eigenfunctions
Creation and Annhilation Operators
Coordinate Representation of SHO Ket
Coordinate Representation continued
Time Dependence of Creation and Annhilation Operators
Heisenberg Equation of Motion continued
Introduction to Matrix Mechanics B
Introduction to Matrix Mechanics C
Introduction to Matrix Mechanics D
Introduction to Matrix Mechanics E
Introduction to Matrix Mechanics F
Introduction to Matrix Mechanics G
Introduction to Matrix Mechanics H
Introduction to Matrix Mechanics I
Introduction to Matrix Mechanics J
Introduction to Matrix Mechanics K
Introduction to Matrix Mechanics L
Introduction to the Vibrational Structure of CO2
Non-Crossing of Perturbed Energy Levels A
Non-Crossing of Perturbed Energy Levels B
Non-Crossing of Perturbed Energy Levels C
Non-Crossing of Perturbed Energy Levels D
Non-Crossing of Perturbed Energy Levels E
Non-Crossing of Perturbed Energy Levels F
Carbon Dioxide Vibrational Energies
Observed Vibrational States of Carbon Dioxide
Further Discussion of Fermi Resonance
More Discussion of Fermi Resonance
Return
