I am a mathematician interested primarily in representation theory, algebraic topology, and algebraic geometry, CV. I graduated from the University of Michigan with a B.S. in Honors Mathematics. I am currently a Ph.D. student at Princeton University. I am supported by a 2023 National Science Foundation Graduate Research Fellowship, no. 2023350430.
1. Equivariant cohomology and the super reciprocal plane of a hyperplane arrangement (Algebraic & Geometric Topology 22-3 (2022), 991-1015. DOI 10.2140/agt.2022.22.991)
2. Noether's problem for orientation p-subgroups of symmetric groups (Communications in Algebra 46 (2018) 5261-5272)
3. On Weil reciprocity in motivic cohomology (accepted for publication in Mathematische Zeitschrift)
4. Actads, (Science China Mathematics (2022))
5. Notes on equivariant homology with constant coefficients, (Pacific Journal of Mathematics 309 (2020) 381-399)
6. On completion and the evenness conjecture for homotopical equivariant cobordism
7. Some remarks on Mackey functors
8. On the local cohomology of L-shaped integral FI-modules (Journal of Algebra (2022), doi: https://doi.org/10.1016/j.jalgebra.2022.08.003.)
9. Some examples of simple generic FI-modules in positive characteristic, (Representation Theory 27 (2023) 1194-1207)
10. On the Frobenius type of semisimple pre-Tannakian categories in characteristic p>0
11. On the canonicity of the singularities of quotients of the Fulton-MacPherson compactification (accepted for publication in Proceedings of the AMS)
12. Arbitrarily high growth in quasi-pre-Tannakian categories (accepted for publication in Michigan Mathematical Journal)
13. Quantum Delannoy categories
14. On semisimplicity and deformations of quasi-pre-Tannakian categories
16. Oscillator representations and semisimple pre-Tannakian categories
17. The Delannoy tree category
18. Type I Howe duality over finite fields (arXiv: 2412.15346)
19. The orthogonal stable range of type I Howe duality over a finite field
20. Interpolated equivariant schemes
Check out my book Introduction to Algebraic Geometry! I co-authored this text because I wanted to make the subject more accessible to students. It is based on my notes from when I first learned it.
Listen to me play the Ricercar by J.S.Bach and my piano transcription of the Prelude in E flat Major or Aus tiefer Not by J.S.Bach.