Here is some info on my work thus far, and my teaching philosophy. Please contact me with any questions or comments!
My CV.
My research statement.
My teaching statement.

Here are three .gifs created in MATLAB for various reasons that perhaps you will find interesting:

• A hyperboloid, which might be constructed by building a cylinder out of straight lines, then twisting the top by an angle. The .gif cycles through all angles from 0 to 2pi.
• A simulation of the wave equation with four sets of random shocks, and Von Neumann boundary data.
• A simulation of the heat equation with random shocks, and Von Neumann boundary data.
(the last two are not quite the classic equations, as I had the energy decay by a bit each step.)

Also, here is an ad for a talk I gave to undergraduates at Rice University on the history of infinity, as well as slides from an introductory talk on geometric measure theory for undergraduates at Trinity University.

Rice Mathematics