filmov
tv
Niklas Affolter - Discrete Integrability, Dimers and Geometry
Показать описание
This talk is a part of the thematic trimester on *Integrable systems* of the Seed Seminar of Mathematics and Physics
Speaker: *Niklas Affolter* (TU Wien)
Title: *Discrete Integrability, Dimers and Geometry*
Abstract: We’ll begin by explaining “discrete integrability” in the sense of multi-dimensional consistency. Discrete integrability is quite literally about the possibility to “integrate” discrete equations or discrete dynamics. The dimer model is about sampling perfect matchings on a graph, where the probability of each perfect matching is proportional to a product of edge-weights. We will see that the dimer model is discretely integrable. Finally, we consider discrete geometric maps, to which we attach a dimer model. The maps also turn out to be discretely integrable, and the dimer partition functions provide the invariants of (discrete) motions. Based on joint work with Béatrice de Tilière, Max Glick, Paul Melotti, Pasha Pylyavskyy and Sanjay Ramassamy.
Presented on Tuesday, April 23, 2024, at 4 p.m. (Paris time)
More information:
Speaker: *Niklas Affolter* (TU Wien)
Title: *Discrete Integrability, Dimers and Geometry*
Abstract: We’ll begin by explaining “discrete integrability” in the sense of multi-dimensional consistency. Discrete integrability is quite literally about the possibility to “integrate” discrete equations or discrete dynamics. The dimer model is about sampling perfect matchings on a graph, where the probability of each perfect matching is proportional to a product of edge-weights. We will see that the dimer model is discretely integrable. Finally, we consider discrete geometric maps, to which we attach a dimer model. The maps also turn out to be discretely integrable, and the dimer partition functions provide the invariants of (discrete) motions. Based on joint work with Béatrice de Tilière, Max Glick, Paul Melotti, Pasha Pylyavskyy and Sanjay Ramassamy.
Presented on Tuesday, April 23, 2024, at 4 p.m. (Paris time)
More information:
1:13:20
1:16:05
1:16:46
0:37:24