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- Starter Notebook for an AuthorTools Project: file for a project.
- 2Dplots: first file for a project.
- 3Dplots: second file for a project.

- Introduction: Simple examples of Mathematica. (Not identical to intro below!.
- Matrices: Simple examples of matrix manipulation.
- Minkowski space: The notebook I used to generate Minkowski space diagrams.
- Diffusion equation solution (Homework 7, problem 9)).
- Fourier expansions: Expansion of different initial conditions in terms of particle-in-a-box states.
- Wave packets: A look at wavepackets for Prof. Murphy's class.

- Introduction: Simple examples of Mathematica abilities.
- Introductory Problems: Simple problems for you to do in Mathematica.
- Spring Problem: Reanalysis of the rubber band launcher.
- Moments of Inertia: Some three dimensional integrals to calculate the moment of inertia of blocks and ovoids.
- Simple Harmonic Motion: A high powered look at damped and driven oscillators.(Revised 2007)
- Dice and Distributions : A supplement to the dice-rolling lab.
- potentials.nb: A Mathematica notebook of the equipotential surfaces of different arrangements of charge
- qpole.nb: A Mathematica notebook of the equipotential surfaces of an electric quadrapole

- Dice and Distributions : A dice-rolling assignment with minor changes.

- Introduction: Introduction to Mathematica for Math Methods class.
- Introduction: Advanced examples of Mathematica abilities.
- Analysis of triangular lattice in 2D Calculation of Brillouin zones and other properties.
- Solution of the Schrodinger equation for a harmonic oscillator A numerical solution using discretization of the second derivative.

- Eleusis: A card game to teach the scientific method.
- Postscript copy of Eleusis lab.
- PDF copy of Eleusis lab.

Click here for the description of my research in our graduate brochure.

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