Regular connections in dimension $n$
Oakley Edens (Harvard)
Abstract: Following Deligne chapter $2$, we discuss the relationship between several characterizations of regular connections in higher dimensions. In particular, we show that the regularity is "local in codimension $1$ at $\infty$". Time permitting, we will prove the Riemann-Hilbert correspondence for regular connections.
algebraic geometrynumber theory
Audience: advanced learners
Series comments: STAGE (Seminar on Topics in Arithmetic, Geometry, Etc.) is a learning seminar in algebraic geometry and number theory, featuring speakers talking about work that is not their own. Talks will be at a level suitable for graduate students. Everyone is welcome.
Fall 2025 topic: Weil conjectures.
Some topics might take more or less time than allotted. If a speaker runs out of time on a certain date, that speaker might be allowed to borrow some time on the next date. So the topics below might not line up exactly with the dates below.
| Organizers: | Xinyu Fang*, Mikayel Mkrtchyan*, Hao Peng*, Vijay Srinivasan*, Eran Asaf*, Bjorn Poonen*, Wei Zhang* |
| *contact for this listing |
