Seminar
Vector Bundles with Connections on Curves
How to Give Undergrad-Friendly Talks (and why they’re important!)
The most skilled mathematicians in the world must also be effective communicators. In the first three years of my Ph.D., I gave seven math talks, all with undergraduate math students in mind. In this talk, I will discuss the benefits of giving undergrad-friendly talks, both for your progress as a Ph.D. student and for preparing to apply to academic jobs. I will offer some advice on topic selection, and then I will share some key principles to keep in mind when making undergraduate-friendly talks, using my own past talks as examples.
Comparison of Bootstrap Percolation and Multi-State Bootstrap Percolation
Motivic Classes of Varieties and Stacks with Applications to Higgs Bundles
Pathways to Full Activation in Multistate Bootstrap Percolation
Topological Weak Containment
An Introduction to Modeling Random Walks
Abstract: Modern probability theory is founded upon measure theory. We will show how to take advantage of this framework to rigorously model stochastic processes such as coin flipping and random walks. For such models, what questions can we answer, and what applications are there? Aside from one recent research application, this will primarily be an expository talk, not a research talk. Similar content can be found in the book Probability with Martingales by David Williams.