Seminars
Seminars
Past Events
- Dirac operators and topological insulators (Alexis Drouot, University of Washington) -
- Random sorting networks and shift-invariance of the colored TASEP (Lingfu Zhang (Princeton)) -
- Applications of Group Symmetry (Emily King, (Colorado State University)) -
- Non-realizability of polytopes via linear programming (Amy Wiebe, Simon Fraser University) -
- Rational smoothness of symmetric varieties (Monty McGovern (UW)) -
- Hierarchies, entropy, and quantitative propagation of chaos for mean field diffusions (Daniel Lacker (Columbia Univ.)) -
- DNA: Dynamic Network Augmentation (Scott Mahan (University of California, San Diego)) -
- Gibbs’ theory and statistical physics: A third way to understand the world probabilistically? (Hong Qian, UW Applied Math) -
- A tool for deep learning model interpretability (Davis Brown (Pacific Northwest National Laboratory)) -
- Braiding and twisting open positroid varieties (Christopher Fraser, Michigan State University) -
- From Zigzags to Networks: Topological Tools for Time Series Analysis (Sarah Tymochko (Michigan State University)) -
- Persistence and root detection algorithms on growing networks (Sayan Banerjee, UNC Chapel Hill) -
- Current Topics Session 5 (Max Lieblich and Bobby Wilson) -
- From symmetric functions, to knots, and back again (Nicolle González, University of California Los Angeles) -
- Uniform potential density for rational points on algebraic groups and elliptic K3 surfaces (Masahiro Nakahara (UW)) -
- Probability Seminar (Natasha Blitvic) -
- Private AI: Machine Learning on Encrypted Data (Kristin Lauter, Facebook AI Research (FAIR)) -
- CANCELED: Braiding and twisting open positroid varieties (Christopher Fraser, Michigan State University) -
- Counting special Lagrangian classes and semistable Mukai vectors for K3 surfaces (Heather Lee) -
- Markoff-type K3 Surfaces: Local and Global Finite Orbits (Matthew Litman, UC Davis) -
- Multiplicities of maximal dominant weights of some affine Lie algebra modules (Kailash Misra, North Carolina State University) -
- The scaling limit of the characteristic polynomial of a random matrix at the spectral edge (Elliot Paquette) -
- Derangements and the p-adic incomplete gamma function (Harry Richman (UW)) -
- Rough Billiards (Peter Rudzis) -
- Current Topics Session 4 (Gaku Liu and Ricky Liu) -
- TBA (Mitchell Wortsman, UW CSE) -
- When is the probability of avoiding a graph super-exponentially small? (Rajko Nenadov, Google Zürich) -
- Chemical distance for 2d critical percolation and random cluster model (Lily Reeves) -
- Chirality in Vision (Rekha Thomas, UW Math) -
- Helly type problems: topology, the cascade conjecture, and graph coloring (Gil Kalai, Hebrew University of Jerusalem, Reichman University, and NYU) -
- Test ideals for quasi-projective schemes in mixed characteristic (Karl Schwede (Utah)) -
- Edge Statistics for Lozenge Tilings of Polygons (Jiaoyang Huang) -
- Current Topics Session 3 (Krzysztof Burdzy and Farbod Shokrieh) -
- Detecting Short-lasting Topics Using Nonnegative Tensor Decomposition ( Lara Kassab, Colorado State University) -
- Sub-Riemannian limit of the differential form heat kernels on a contact Manifold (Hadrian Quan (UW)) -
- Combinatorial atlas for log-concave inequalities (Swee Hong Chan, University of California Los Angeles) -
- Derangements and the p-adic incomplete gamma function (Harry Richman (UW)) -
- Morphisms and cohomology comparison for Henselian schemes (Sheela Devadas (UW)) -
- Gibbsian line ensembles and beta-corners processes (Evgeni Dimitrov) -
- Using the linear geometry of ReLU neural networks to detect out-of-distribution inputs (Grayson Jorgenson, Pacific Northwest National Lab) -
- Bumpless pipe dreams encode Gröbner geometry of Schubert polynomials (Patricia Klein, University of Minnesota) -
- Carleson measure estimates for bounded harmonic functions (John Garnett, UCLA) -
- Homology representations of compactified configurations on graphs (Claudia Yun (Brown)) -
- Dimers and embeddings (Marianna Russkikh) -
- Current Topics Session 2 (Monty McGovern and Sándor Kovács) -
- Studying relations geometrically and topologically (Michael Robinson, American University) -
- f*- and h*-vectors (Matthias Beck, San Francisco State University) -
- Infinite rank twisted vector bundles (Minseon Shin (UW)) -
- A Polynomial Time Algorithm for Constructing Equivariant Neural Networks (Marc Finzi, NYU) -
- P-partition generating functions of naturally labeled posets (Ricky Liu, University of Washington) -
