A photo of Jenny in the desert

Jennifer Brown

University of Edinburgh
School of Mathematics
jm.howardbrown (at) gmail.com
CV: Curriculum Vitae Last updated January 2025

I'm a Postdoctoral Research Assistant in the Structure and Symmetry Theme at the University of Edinburgh, in Scotland. I started here in September 2023 and am funded in part through the Simons Collaboration on Global Categorical Symmetries, and in part by my National Science Foundation (NSF) Postdoctoral Research Fellowship (DMS-2202753).

My research is mainly focused on using skein theory to understand (quantised) constructions in algebraic geometry and (again, quantum) non-semisimple topological invariants. One special interest of mine is defects in skein theory, which are useful for quantising constructions that involve parabolic reduction. Another special interest is q-holonomic systems which appear frequently in the construction of quantum invariants. I'm curious about their representation theoretic and physical origins.

These projects fall into a branch of math often called quantum topology. I also enjoy coding, you can find some of my old and ongoing projects on my github profile.

In June 2022 I was awarded a PhD in Mathematics at UC Davis, working with Motohico Mulase and Tudor Dimofte. My bachelors degree is in both math and physics and from Georgetown University, in Washington, DC. Marcos Rigol was my senior thesis adviser. Between degrees I worked for a couple years as a systems and infrastructure engineer at a tech company. (The company has since been acquired by Oracle.)

In my free time I enjoy backpacking, cooking, and gardening. My partner Benjamin Haïoun is also a mathematician!

Papers

Defects in Skein Theory and the Quantum A-polynomial (DRAFT)
Joint with David Jordan
Skein Categories in Non-semisimple Settings
Joint with Banjamin Haïoun
Quantum invariants arising from Uhsl(2|1) are q-holonomic
Joint with Nathan Geer
The ADO Invariants are a q-Holonomic Family
Joint with Tudor Dimofte, Stavros Garoufalidis, and Nathan Geer
Driven dipole oscillations and the lowest-energy excitations of strongly interacting lattice bosons in a harmonic trap
Joint with K. He, S. Haas, and M. Rigol

Talks

Seminars & Conferences

Lecture Series

Service

Ongoing

Past



Last Updated 07 January 2025