Colloquium Speaker: Ewain Gwynne, University of Chicago Title:Â Liouville quantum gravity and distances in random planar maps Abstract:Â I will give an introduction to Liouville quantum gravity, a theory of random surfaces. Such random surfaces describe the large-scale behavior of random planar maps (e.g., uniformly sampled triangulations of the sphere), equipped with the graph distance, in the […]
Joint Math/CMSA Geometry and Quantum Theory Seminar Speaker: Yosuke Kubota, Kyoto University
New Technologies in Mathematics Seminar Speaker:Julia Kempe (NYU)
Colloquium Speaker: James Propp (UMass Lowell) Title: Snake graphs and q-deformed real numbers Abstract: I'll present a statistical-mechanical construction of q-deformed real numbers ]_q, inspired by the q-deformed rational numbers _q of Morier-Genoud and Ovsienko. The new construction admits two equivalent formulations: one in terms of random filters in snake posets and the other in terms of […]
Colloquium To subscribe or unsubscribe to the colloquium mailing list, please visit this link.
Joint Math/CMSA Geometry and Quantum Theory Seminar
New Technologies in Mathematics Seminar Speaker: Pierre Ablin (Apple)
AI for the Working Mathematician Speaker: Mark Selke, Harvard Title: TBA
Geometry and Mathematical Physics seminar Speaker: Paul Feehan, Rutgers University Title: TBA
Member Seminar
Colloquium Speaker: Roberto De Leo, Howard University To subscribe or unsubscribe to the colloquium mailing list, please visit this link.
Speaker: Karun Adusumilli, University of Pennsylvania, Title: Continuous Time Asymptotic Representations for Adaptive Experiments Abstract: This article develops a continuous-time asymptotic framework for analyzing adaptive experiments—settings in which data collection and treatment assignment evolve dynamically in response to incoming information. Akey challenge in analyzing fully adaptive experiments, where the assignment policy is updated after each […]