Geometry and Topology of Hamiltonian Floer Complexes in Low-Dimension - Dustin Connery-Grigg
Institute for Advanced Study via YouTube
Overview
The course covers the geometry and topology of Hamiltonian Floer complexes in low-dimension. The learning outcomes include understanding the qualitative dynamics of non-degenerate Hamiltonian isotopies on surfaces and the structure of their Floer complexes. The course teaches a topological characterization of Floer chains representing the fundamental class in CF∗(H,J) and a symplectically bi-invariant norm on the group of Hamiltonian diffeomorphisms. The teaching method involves presenting two results related to the dynamics of Hamiltonian isotopies and their Floer complexes. The intended audience includes individuals interested in symplectic geometry, topology, and Hamiltonian dynamics.
Syllabus
Introduction
Motivation
Setting
Capped braids
Chain level PSS maps
First theorem
Mermbraised unlinked braids
Oriented singular foliations
Loops
Solar foliation
Reduction of chain complexity
La Calvez type foliations
Questions
Taught by
Institute for Advanced Study