Mini-workshop on supersymmetric Wilson loops and related topics

May 15, 2019, 1:55 PM → May 16, 2019, 6:00 PM Europe/Rome

Room L.1.5 (1st floor) (Dipartimento di Scienze Fisiche, Informatiche e Matematiche, Università degli Studi di Modena e Reggio Emilia)

Olindo Corradini (UniMORE), Diego Trancanelli (UniMORE)

The goal of this mini-workshop is to bring together researchers from local Italian groups, as well as non-locals, to discuss informally and establish new collaborations on supersymmetric Wilson loops and related topics (localization and exact results, integrability, defect CFT, AdS/CFT correspondence, and so on). The participation of students and postdocs is encouraged. There is no registration fee.

Practical Information

• City-Map-Bus-lines.pdf
• Google Map of the venue
• Hotels-Modena.pdf

Wed, May 15

2:00 PM → 2:15 PM Welcome

2:15 PM → 3:00 PM Luca Griguolo - Supersymmetric Wilson loops in N=6 Super Chern-Simons matter theory: a long and winding road

3:00 PM → 3:45 PM Lorenzo Bianchi - Wilson lines and superconformal defects

3:45 PM → 4:30 PM Coffee break

4:30 PM → 5:15 PM Marco Bianchi - A matrix model for a three-point function in ABJM

5:15 PM → 6:00 PM Michelangelo Preti - Exact Bremsstrahlung functions in ABJM theory

Thu, May 16

9:00 AM → 9:45 AM Edoardo Vescovi - Structure constants of determinant operators

9:45 AM → 10:30 AM Carolina Gomez - The Bremsstrahlung function of N=2 SCQCD

10:30 AM → 11:00 AM Coffee break

11:00 AM → 11:45 AM Nadav Drukker - Surface operators in the 6d N=(2,0) theory

11:45 AM → 12:30 PM Francesco Galvagno - Circular Wilson loop in general N=2 SCFTs

12:30 PM → 2:30 PM Lunch

2:30 PM → 3:15 PM Davide Cassani - Entropy of supersymmetric AdS5 black holes from SCFT partition functions

3:15 PM → 4:00 PM Davide Fioravanti - TBA (and beyond for Wilson loops/gluon scattering amplitudes)

4:00 PM → 4:30 PM Coffee break

4:30 PM → 5:15 PM Sara Bonansea - The fate of the circular Wilson Loops in N=4 dCFT

5:15 PM → 6:00 PM Diego Trancanelli - Deformations of the circular Wilson loop and spectral (in)dependence