# Research

As I mention on the home page, my main mathematical interests are in Ergodic Theory and (Analytic) Number Theory. Broadly speaking, I am intrigued by connections that exist between these fields. My research projects to date have come from across these fields and others, including Differential Topology, Convex Analysis, and more.

## Publications/Preprints

Weakly Mixing Systems with Dense Prime Orbits (Colloquium Mathematicum 169 (2022), 11-23; arXiv:2010.09812)

Extremizers of the J functional with respect to the d_1 metric; joint with Sam Bachhuber, Benjamin Christophel, and TamĂˇs Darvas (to appear in Analysis Mathematica)

## In preparation

None (...for now)

## Talks and Presentations

An Introduction to Ergodic Theory and Prime Orbits - UT Sophex, February 2022 (slides)

An Introduction to Prime Number Theory - UT Sophex, December 2021 (slides)

Frobenius' Theorem on Integrable Distributions - UMD Math 742: Geometric Analysis, December 2020 (slides)

Clifford Algebras and Spinor Groups - UMD Math 744: Lie Groups, December 2020 (slides)

Embedded Cobordisms - UVa Topology REU, July 2020 (slides)

Exponential Mixing for Skew Products - UMD Independent Reading Course, May 2020 (slides)

Weakly Mixing Systems with Dense Prime Orbits - Penn State Dynamics Workshop, September 2019 (slides)

A Topological Proof of the Fundamental Theorem of Algebra - UMD DRP Presentation, December 2018

A Proof of the Prime Number Theorem - UMD Math 299N: Topics in Number Theory, December 2017

A Proof of the Prime Number Theorem - MBHS Complex Analysis, May 2017

The Historical Development of Non-Euclidean Geometries - MBHS Logic Math, October 2016