My most interesting work can be found by looking at the repositories I contribute to most. This is a collection of work I've done that I think is worth seeing, but isn't associated with any repository. Feel free to check out the READMEs in the various directories for a more mid-length explanation of everything.
I've included some simulations I've written looking at the restricted version of the 3-body problem in R, some N-body and general simulation stuff in MATLAB, and a realistic simulation of short-range projectile motion accounting for buoyancy, drag, centrifugal, and Coriolis effects. I also wrote a handful of interesting Bash and Python scripts in my dotfiles repo.
I wrote a few class reports in this field:
- Using the Plateau-Rayleigh instability to explain real-world phenomena.
- Attempting to implement a desktop sonoluminescence demonstration.
- Calculating the temperature of the Earth based on a single-layer model of the atmosphere.
I "only" have the LV3 project for this. You can check out the AIAA SPACE conference paper I wrote or the repo for the project.
- Detailed explanation of every step of the original Einstein-Podolsky-Rosen paper on the apparent incompleteness of quantum mechanics.
- Explanation of vibrating beams using Euler and Timoshenko bending models. (I wrote the section on the vibration of Euler beams.)