2022
Kadanoff Seminar - A Physical Interpretation of the TTbar Deformation of 2d Field Theory. - John Cardy, University of California, Berkeley and University of Oxford
1:30 pm VIA ZOOM
A Physical Interpretation of the TTbar Deformation of 2d Field Theory.
Particle Theory Seminar: A Gentle Introduction to the AdS3/CFT2 integrability. - Alessandro Sfondrini, IAS
1:30 pm MCP 201
A Gentle Introduction to the AdS3/CFT2 integrability.
Kadanoff Seminar - An effective description of the Read-Moore fractional quantum Hall state from the Nappi-Witten supersymmetry. - Patricio Salgado-Rebolledo, Universite Libre de Bruxelles
1:30 pm VIA ZOOM
An effective description of the Read-Moore fractional quantum Hall state from the Nappi-Witten supersymmetry.
Particle Theory Seminar: Ultra Unification and Deformation of the Standard Model. - Juven Wang, Harvard
1:30 pm VIA ZOOM
Ultra Unification and Deformation of the Standard Model.
Kadanoff Seminar - Out-of-equilibrium physics in 1D quantum integrable models - Etienne Granet, UChicago
1:30 pm VIA ZOOM
Out-of-equilibrium physics in 1D quantum integrable models.
Kadanoff Seminar: Bounds on Regge growth of flat space scattering from bounds on chaos - Subham Dutta Chowdhury, University of Chicago
1:30 pm
Bounds on Regge growth of flat space scattering from bounds on chaos
Kadanoff Seminar - Bounds on Regge growth of flat space scattering from bounds on chaos - Subham Dutta Chowdhury, UChicago
12:30 pm VIA ZOOM
Bounds on Regge growth of flat space scattering from bounds on chaos.
2021
Kadanoff Seminar - On 1+1d quantum field theories with non-invertible symmetries- Sahand Seifnashri, Stony Brook
1:30 pm MCP 201
On 1+1d quantum field theories with non-invertible symmetries
Particle Theory Seminar: UV/IR Mixing, EFTs, and Origami: Calculating the Higgs Mass in String Theory - Keith Dienes, University of Arizona
1:30 pm VIA ZOOM
UV/IR Mixing, EFTs, and Origami: Calculating the Higgs Mass in String Theory.
Informal Particle Theory Seminar - Supersymmetry and quantum integrability: progress report - Nikita Nekrasov, Stony Brook
1:30 pm MCP 201
Supersymmetry and quantum integrability: progress report.