Lectures
Lectures
Past Events
- AWM event for Women in Math Day (Bianca Viray, Emily Casey, Suh Young Choi, Be'eri Greenfeld, Kaitlynn Lilly, Julie Curtis, Sarafina Ford, Grace O'Brien, Xiaowen Zhu; University of Washington ) -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Special Colloquium -
- Girih Tiles: Modern Math in Medieval Islamic Architecture (Peter J. Lu, Harvard University) -
- Modeling the Melt: What math tells us about sea ice and polar ecosystems in a warming climate (Kenneth M. Golden, University of Utah) -
- The Anatomy of a Number (Chaitra H. Nagaraja, Fordham University) -
- A world from a sheet of paper (Tadashi Tokieda, Stanford University) -
- SNOW BUSINESS: SCIENTIFIC COMPUTING IN THE MOVIES AND BEYOND (Joseph Teran, UCLA) -
- PIMS Hugh C. Morris Lecture: Conditional Expectation and Calderón-Zygmund Operators (Rodrigo Bañuelos, Purdue University) -
- The game of SET: finding patterns in differences (Bianca Viray, UW) -
- A virtual walk through curved spaces (Elisabetta Matsumoto, Georgia Tech) -
- Math questions from an art museum (Natasha Rozhkovskaya, Kansas State University ) -
- Tactile patterns in art and math (Sara Billey and Timea Tihanyi) -
- Non-Commutative Resolutions of Singularities (Karen E. Smith, University of Michigan) -
- Measuring Singularities (Karen E. Smith, University of Michigan) -
- Resolutions of Singularities (Karen E. Smith, University of Michigan) -
- More Data, More (Statistical) Problems (Daniela Witten, University of Washington) -
- Introduction to the geodesic X-ray transform: Lecture 4 (Gabriel Paternain (U. Cambridge)) -
- Introduction to the geodesic X-ray transform: Lecture 3 (Gabriel Paternain (U. Cambridge)) -
- Introduction to the geodesic X-ray transform: Lecture 2 (Gabriel Paternain (U. Cambridge)) -
- Introduction to the geodesic X-ray transform (Gabriel Paternain (U. Cambridge)) -
- From Jellyfish and Wind Turbines to Genomics: Dealing with Data Extremes in Complex Systems (John O. Dabiri, Stanford University) -
- All tangled up and searching for the beauty of symmetry (David Pengelley, Oregon State University) -
- Walker-Ames Lecture (Dennis Overbye, New York Times) -
- Connections and Reconnections: A Link Between Mathematics, Physics and DNA (Mariel Vazquez, UC Davis) -
- Renormalization: a BPHZ theorem for stochastic PDEs (Martin Hairer, Imperial College London) -
- An analyst’s incursion into quantum field theory (Martin Hairer, Imperial College London) -
- Bridging scales: from microscopic dynamics to macroscopic laws (Martin Hairer, Imperial College London) -
- Drawing Conclusions From Drawing a Square (Annalisa Crannell, Franklin & Marshall College) -
- How to Become a Liberated Mathematician in 13 Painful Years (Piper Harron, Hawaii) -
- The game is rigged! (Paul Zeitz, University of San Francisco, Mathematics) -
- Geometry and Light: The Science of Invisibility (Ulf Leonhardt, Weizmann Institute of Science) -
- Areas of polygons and counting (Mohamed Omar, Harvey Mudd College, Mathematics) -
- The Mathematics of Language (Emily M. Bender, University of Washington, Linguistics) -
- Smarter Tools for (Citi)Bike Sharing (David Shmoys, Cornell University) -
- Lecture III: Semigroup Spectral Theory and Graph Coloring Games (Fan Chung, University of California, San Diego) -
- Lecture II: 'Sequences: random, structured or something in between?' (Fan Chung, University of California, San Diego) -
- Lecture I: Can you hear the shape of a network? (Fan Chung, University of California, San Diego) -
- Probabilistically Checkable Proofs: deducing a complicated global picture from very simple partial views (Irit Dinur, The Weizmann Institute of Science) -
- Curtis T. McMullen, Lecture III: Surfaces in the Space of Surfaces -
- Curtis T. McMullen, Lecture II: Entropy, Integers and Algebraic Dynamics -
- Curtis T. McMullen, Lecture I: Billiards and Moduli Spaces -
- Branching Out Across the Solar System (Taylor Perron, Massachusetts Institute of Technology) -
- From Polynomials to Humanoid Robots (Russ Tedrake, Massachusetts Institute of Technology) -
- Laure Saint-Raymond, Lecture III: The case of fluctuations around a global equilibrium -
- Laure Saint-Raymond, Lecture II: A short time convergence result -
- Laure Saint-Raymond, Lecture I: The low density limit: formal derivation -
- Computational Thinking (Jeannette Wing, Microsoft Research) -
- Richard M. Schoen, Lecture III: Localizing solutions of the Einstein equations -
- Richard M. Schoen, Lecture II: Two eigenvalue problems for surfaces -
- Richard M. Schoen, Lecture I: Problems and progress in mathematical relativity -
- Math & Music: Connecting Theory & Practice (Dave Kung, St. Mary's College of Maryland) -
- Physical metaphors for graphs and networks (Dan Spielman, Yale University) -
- Filling in the gaps: recovery from incomplete information (Maryam Fazel, University of Washington) -