PIMS-Fields Summer School on Algebraic Geometry in High-Energy Physics

This five-day summer school, intended primarily for students, postdocs, and other junior researchers, aims to bring mathematicians and physicists together to better understand the role of algebraic geometry in high-energy physics, with a particular focus on applications of algebraic geometry to string theory and mirror symmetry and of physical techniques to enumerative geometry and classification of algebraic varieties.

June 24–28
Biology Building Room 106
University of Saskatchewan

Topics will include topological and homological mirror symmetry, constructions of Calabi-Yau varieties, moduli spaces of curves and Higgs bundles, quiver varieties, integrable systems, algebraic structures arising in string scattering theory, mathematical consequences of M-theory and F-theory, and topological recursion.

The summer school will consist of special guest lectures and mini-courses by leading experts in their resepective fields. We hope that the lectures and mini-courses will foster interactions and discussions between established and junior researchers. The format of the summer school is designed to encourage questions and discussions.

Visit the event website for more information, including a complete schedule.

Registration for the summer school has closed.

Info: rayan@math.usask.ca

The summer school is sponsored by PIMS, the Fields Institute, the University of Saskatchewan and the College of Arts and Science.

This event is an activity of the Centre for Quantum Topology and Its Applications at the University of Saskatchewan.

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