Resources

Here is a list of some of the technical writeups I've done over college and grad school that may be helpful!

I present the story of how a quantum two level system can be used to gain insights about the noise affecting it.
My first publication (still waiting on review)! We discuss a one-particle-thick model for lipid membranes containing large phase-separated domains, develop spectral methods to map our simulations to continuum descriptions, and use passive and active experiments to study the elastic mechanics of these complex lipid structures.
Slides prepared for a talk I gave at SIAM LS 2018. We discuss the shape fluctuations of monolayer fluid membranes, and the problem of estimating their bending rigidities. You can find a video of my giving the talk here.
The canonical linear system problem discussed in the context of iterative matrix methods, specifically geometric multigrid. This resource gives a nice overview and example application.
A fun way to approach nonlinear regression in a Bayesion framework, taking into account noise-corrupted data. We discuss the inverse problem of finding a heat source given a temperature profile.
Done as a project for a Network Systems graduate engineering course. We discuss some controllers for a network of in-plane agents, and provide some stability calculations.