Email: dillery_usual-thing-goes-here_umd.edu
About Me: I am a Brin postdoc in the Department of Mathematics at the University of Maryland. I am interested in representation theory, number theory. More specifically, I study the local and global Langlands correspondence. I have also recently been doing work on some related aspects of algebraic geometry. I got my PhD from the University of Michigan in 2022, advised by Tasho Kaletha. I am an organizer of the UMD Number Theory and Representation Theory Seminar and a teacher for the DC Math Circle. I organized the recent workshop Geometric Approaches to the Local Langlands Program. I am currently on the job market.
Here is my CV Research Publications
Current Teaching Spring 2025:
Math 403 (Abstract Algebra)
2. Non-basic rigid packets for discrete L-parameters. (joint with David Schwein) preprint. (66 pp.).
3. Isocrystals and limits of rigid local Langlands correspondences. arXiv preprint. under revision at Algebra and Number Theory, (39 pp.).
4. A stacky generalized Springer correspondence and rigid enhancements of L-parameters. (joint with David Schwein) arXiv preprint. submitted (46 pp.).
5. Rigid inner forms over global function fields. arXiv preprint. Accepted at Journal of the Mathematical Institute of Jussieu, (62 pp.).
6. Rigid inner forms over local function fields. Advances in Mathematics. (98 pp.).
7. The canonical join complex for biclosed sets (joint with with A. Clifton and A. Garver)[Research done as undergraduate]. In Algebra Universalis (2018) 79: 84, arXiv preprint (22 pp.).
8. Minimal Length Maximal Green Sequences and Triangulations of Polygons (joint with with E. Cormier, K. Serhiyenko, J. Resh, and J. Whelan)[Research done as undergraduate]. Journal of Algebraic Combinatorics (25 pp.).