A 3d integrable field theory with 2-Kac-Moody algebra symmetry
PIRSA ID:
https://pirsa.org/25010066
Series:
Mathematical Physics
Event Type:
Seminar
Scientific Area(s):
Mathematical Physics
Speaker(s):
- Hank Chen, University of Oxford
Event Link:
https://events.perimeterinstitute.ca/e/940
This talk is based on my recent joint works arXiv:2405.18625, arXiv:2307.03831 with Joaquin Liniado and Florian Girelli.
Based on Lie 2-groups, I will introduce a 3d topological-holomorphic integrable field theory W, which can be understood as a higher-dimensional version of the Wess-Zumino-Witten model. By studying its higher currents and holonomies, it is revealed that W is related to both the raviolo VOAs of Garner- Williams --- a type of derived higher quantum algebra --- and the lasagna modules of Manolescu-Walker-Wedrich --- a type of 4d higher-skein invariant. I will then analyze the Noether charges of W, and prove that its symmetries are encoded by a derived version of the Kac-Moody algebra. If time allows, I will discuss how W enjoys a certain notion of "higher Lax integrability".