UW-PIMS Colloquium
UW-PIMS Colloquium
UW-PIMS Colloquium events are sponsored by the UW Department of Mathematics and the Pacific Institute for the Mathematical Sciences.
Upcoming Events
Leonardo de Moura, Senior Principal Applied Scientist in the Automated Reasoning Group at AW and creator of Lean FRO
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ECE 105
Past Events
- Tensor triangular geometry: turning categories into spaces (Julia Pevtsova, University of Washington) -
- Recent advances in LLMs for Mathematics (Sébastien Bubeck, OpenAI) -
- CANCELED: A gentle introduction to symmetric tensor categories (Iván Angiono, University of Cordoba) -
- Dynamics, Arithmetic, and Wide Spacing of Orbits (Joseph H. Silverman, Brown University) -
- The geometry of the Perron-Frobenius eigenfunction (Laurent Saloff-Coste, Cornell University) -
- Towards a measure-theoretic von-Neumann theorem (Kavita Ramanan, Brown University) -
- Joint MATH/AMATH Colloquium: Fifteen Images for Discussion (Nick Trefethen, Harvard University) -
- Evolution of Moduli (Jarod Alper, University of Washington) -
- Chromatic (co)homology theories (Agnès Beaudry, University of Colorado Boulder) -
- Combinatorial aspects of mirror symmetry for the Grassmannian and its Schubert varieties (Lauren K. Williams, Harvard University) -
- Domino tilings beyond 2D (Caroline Klivans, Brown University) -
- The density finite sums theorem (Bryna Kra, Northwestern University) -
- Dynamical zeta functions for Anosov flows (Semyon Dyatlov, Massachusetts Institute of Technology) -
- THE VALUE (AND PITFALLS) OF PROOF (Persi Diaconis, Stanford University) -
- The Subspace Flatness Conjecture and Faster Integer Programming (Thomas Rothvoss, University of Washington) -
- Journey to the Center of the Earth (Gunther Uhlmann, University of Washington) -
- Harmonic Functions and Beyond (YanYan Li, Rutgers University) -
- Seeing the forest for the trees (Anna Gilbert, Yale University) -
- Stable polynomials and Fourier quasicrystals (Cynthia Vinzant, University of Washington) -
- Elliptic integrals, modular forms, and the Weierstrass zeta-function (Mario Bonk, University of California, Los Angeles) -
- Reconstructing simplicial polytopes from partial information (Isabella Novik, University of Washington) -
- The local-global conjecture for Apollonian circle packings is false (Katherine E. Stange (University of Colorado, Boulder)) -
- Hitting the High-D(imensional) Notes: Stochastic Gradient Descent Learning Dynamics (Courtney Paquette (McGill University)) -
- Local to global principles in orbits, and applications (Alex Kontorovich (Rutgers University)) -
- When do varieties map to each other? (Mihnea Popa (Harvard University)) -
- Intersection theory of moduli spaces of curves (Hannah Larson (University of California, Berkeley)) -
- Uniformity in Diophantine Geometry (Lars Kühne, University of Copenhagen) -
- Group actions, algebra up to homotopy, and flavors of commutativity (Mike Hill, University of California, Los Angeles) -
- Geometry of surface group homomorphisms (Emily Dumas, University of Illinois at Chicago) -
- On Unirationality of hypersurfaces (Roya Beheshti Zavareh, Washington University in St. Louis) -
- Take a residue, leave a residue (Andrei Okounkov, Columbia University) -
- Ramsey graphs and additive combinatorics without addition (Jacob Fox, Stanford University) -
- Localization Schemes: A Framework for proving mixing bounds in Markov chains (Ronen Eldan, Microsoft Research) -
- Renormalized Volume and Area for Poincaré-Einstein Spaces (Robin Graham, University of Washington) -
- Algorithms for optimization, inference, sampling of random probability measures (Andrea Montanari, Stanford University) -
- Expressive curves (Sergey Fomin, University of Michigan) -
- The underlying topology of data (Jose Perea, Northeastern University) -
- Understanding graphs locally (Annie Raymond, UMass Amherst) -
- Equiangular lines and eigenvalue multiplicities (Yufei Zhao, MIT) -
- Rigidity and uniformity and algebraic dynamics (Laura DeMarco, Harvard) -
- Gradeless: Grade Less; Teach More (Ileanu Vasu, Holyoke Community College) -
- Infinite-type surfaces (Priyam Patel, University of Utah) -
- A Discussion of a Generalization of the Multilinear Kakeya Theorem (Bobby Wilson, UW) -
- How to Obfuscate Computer Programs Mathematically? (Rachel Lin, UW) -
- Curvature flows toward optimal geometric inequalities (Pengfei Guan, McGill University) -
- Nonlinear PDEs in Lagrangian geometry (Arunima Bhattacharya, UW) -
- Some examples of homological mirror symmetry (Heather Lee) -
- Geometric realization of cyclically branched covers over spheres (Dami Lee) -
- Hidden Figures, Service Learning, and Mathematical Community (Ranthony Edmonds, Ohio State) -
- Machine Problem Solving (Daniel Selsam, Microsoft Research) -