This is a chemistry class that builds upon the topics learned in quantum chemistry. It utilizes Matlab to visualize different models in quantum chemistry, such as particle in a box and harmonic oscillators. In addition, linear algebra is used to represent operators as matrices and quantum states as vectors. Below are introductions to the topics learned in this class as well as Matlab code for the different topics.

1. Linear Algebra Basics

2. Change of Basis

3. Summary of Quantum Ideas

4. Time Independent Schrödinger Equation (TISE)

   a. Particle in a Box TISE

5. Time Dependent Schrödinger Equation (TDSE)

   a. Particle in a Box TDSE

   b. TDSE using Difference

6. Introduction to Pertubation Theory

7. Harmonic Oscillator

   a. Selection Rules

8. Fourier Transform

9. Chemical Bonding from Quantum Perspective

   a. Born-Oppenheimer Approximation

   b. Molecular Dynamics

• Time Independent Schrödinger Equation PIB
• Time Dependent Schrödinger Equation PIB
• Pertubation Theory
• Harmonic Ocsillator
• Selection Rules
• Molecular Dynamics Fun!
• LJ Potential: Molecular Dynamics Fun!