Student Activities
Student Activities
Upcoming Events
Past Events
- 1-2-3 Seminar: Enumeration of Pipe Dreams (Clare Minnerath, University of Washington) -
- 1-2-3 Seminar: Shapes & Structure: A potentially jargon-free talk about [REDACTED] (Lauren Nowak, University of Washington) -
- 1-2-3 Seminar: Solvable points on varieties (Mallory Dolorfino, University of Washington) -
- 1-2-3 Seminar: Primes, Parity, and Partitions (Varun Shah, University of Washington) -
- Career Transitions: Panel on Applying for Jobs (Tracy Chin, Linhang Huang, Jack Kendrick, Nathan Cheung, Hyojeong Son, and Alexander Wang) -
- 1-2-3 Seminar: Standard n-Simplex and Complex Projective Space (Bryan Lu, University of Washington) -
- 1-2-3 Seminar: Dialogue on complexity and rigidity. (Justin Bloom, University of Washington) -
- CANCELED: 1-2-3 Seminar: Manyi Guo, Title TBA (Manyi Guo, University of Washington) -
- 1-2-3 Seminar: Representations of Braided Hopf Algebras (Charlie Magland, University of Washington) -
- 1-2-3 Seminar: 10 Things I Hate About Grad School (Alex Wang, University of Washington) -
- 1-2-3 Seminar: Alex Wang (Title TBA) (Alex Wang) -
- 1-2-3 Seminar: Jay Reiter (Title TBA) (Jay Reiter, University of Washington) -
- 1-2-3 Seminar: Measuring singularities in char 0 and p via "thresholds" (Haocheng Cai, University of Washington) -
- 1-2-3 Seminar: Quiz section for Brauer groups (Ting Gong, University of Washington) -
- Lean Together (Vasily Ilin, Dhruv Bhatia) - , , ,
- 1-2-3 Seminar: Fantastic shapes and how to count them (Michael Zeng, University of Washington) -
- 1-2-3 Seminar: Making Representations with Y**ng T*bl***x (Bryan Lu, University of Washington) -
- Lean Together (Vasily Ilin, Dhruv Bhatia) - , ,
- Lean Together (Vasily Ilin) -
- Seed-Prover: Deep and Broad Reasoning for Automated Theorem Proving (Vasily Ilin) -
- Rational and Irrational (Andrei Okounkov, Columbia University, 2025 Walker Ames scholar) -
- UW MATH Potluck Picnic (All Math Department Members and Alumni are invited!) -
- Math AI Lab Poster Presentations (Math AI Lab) -
- GSAS: Activated Random Walk, Also Sports Data (Maddy Brown, University of Washington (Seattle)) -
- Applications of symmetry (Monica Vazirani, UC Davis) -
- GSAS: Calderón Problem for isotropic conductivity equation in dimension 3 and higher (Leo Zhang, University of Washington (Seattle)) -
- GSAS: Calderón problem for the quasilinear conductivity equation in dimension 2 (Ruirui Wu, University of Washingotn) -
- Uniform Convergence (Corrine Yap, Georgia Tech) -
- GSAS: Algebra? In my graduate student analysis seminar? (Jack Kendrick, University of Washington (Seattle)) -
- GSAS: Hidden gradient flow structures for the Moran process and the Kimura equation (Benjamin Capdeville, Université Paris Saclay) -
- Math AI Lab Winter 2025 Projects (Math AI Lab) -
- GSAS: Torsion Function and Analytic Perturbation of Convex Domains (Linhang Huang, University of Washington, Seattle) -
- Counting stars (Mark Saul, New York University Center for Mathematical Talent/Julia Robinson Math Festival) -
- GSAS: Stable Matching (Hyojeong Son (University of Washington, Seattle)) -
- GSAS: Approximating Schrödinger Bridges (Garrett Mulcahy, University of Washington, Seattle) -
- GSAS: Geometric Measure Theory and Optimal Transport Double Feature!! (Emily Casey, Garrett Mulcahy (University of Washington, Seattle)) -
- GSAS: Geometry of measures with Hölder density bounds in a Riemannian setting (Ignacio Tejeda, University of Washington) -
- GSAS: Diffusion Generative Modeling: Making Pictures from Noise with Math (Vasily Ilin) -
- Diffusion Generative Modeling: Making Pictures from Noise with Math (Vasily Ilin) -
- GSAS: Lightning Talks (Emily Casey, Linhang Huang, Garrett Mulcahy, Sebastian Munoz-Thon, Ignacio Tejeda, Ruirui Wu, Tony Zeng) -
- UW Math Alumni Gathering (All current and former members of the department are invited.) -
- GSAS: Universality for Self-organized Criticality (Hyojeong Son) -
- Formalizing mathematics in the eXperimental Lean Lab (Experimental Lean Lab) -
- Back-to-School seminar: Affine Group Schemes of Multiplicative Type (Charlie Magland) -
- GSAS: X-ray transform on closed manifolds of negative curvature (Sean Richardson, University of Washington) -
- Back-to-School seminar: Computing bordism rings with homotopy theory (Jay Reiter) -
- GSAS: How to train your network (Vasily Ilin, University of Washington) -
- GSAS: A Calderón's problem for harmonic maps (Sebastián Muñoz-Thon, Purdue University) -
- Back-to-School seminar: Galois groups, fundamental groups, and the étale fundamental group (Mal Dolorfino) -
- GSAS: High-Dimensional Limit of SGD Dynamics via a System of ODEs (Begoña García Malaxechebarría) -