31 Aug – 4 Sept 2026 Description: Strongly coupled quantum field theories (QFTs) are key to understanding physics across many scales. Conformal field theories (CFTs), the fixed points of renormalization group flow, are crucial for this understanding, yet analyzing them in d > 2 is tough. Supersymmetry offers powerful tools; Read more…
ICTP – Trieste, June 1-2 and 4-5, 2026 Venue:Monday 1 June: ICTP, Euler LHTuesday 2 June: ICTP, Euler LHThursday 4 June: TBAFriday 5 June: ICTP, Euler LH Monday 1 June Tuesday 2 June Thursday 4 June Friday 5 June
May 26-29, 2026 The goal of the school is to introduce PhD students and young researchers to new directions in real algebraic geometry, with special emphasis on techniques ranging from algebraic geometry and topology to tropical geometry. The school will also provide an opportunity for early-career mathematicians to present their Read more…
iGAP – Trieste, June 15-19, 2026 The focus of the workshop is on recent developments in correspondences among supersymmetric gauge theories in various dimensions, topological field theories, 2D conformal field theories, integrable systems and the corresponding moduli spaces. Preliminary speakers’ list: The Workshop is organized in the context of the Institute Read more…
Nov 16 – 27, 2026 This IGAP workshop aims to bring together physicists and mathematicians, in order to foster the interplay between the theory of von Neumann Algebras and quantum physics, motivated by the recent applications of Operator Algebras in Quantum Information and Quantum Gravity. Organizers: Roberto Longo, Stefan Hollands, Read more…
Feb 13 – 14, 2026 The workshop aims at providing some highlights on recent developments in supergeometry, especially about flag supermanifolds, moduli spaces of supergeometric structures, and foundations of algebraic supergeometry. More information on the dedicated page.
9–20 Mar 2026 @ IGAP Recent progresses in the study of black hole perturbations have driven important developments into the understanding of their gravitational dynamics and their holographic dual strongly coupled systems. Further progress has also been made in understanding how dynamical gravity and bulk geometry emerge from strongly coupled Read more…
More details at the dedicated page.
Strongly coupled quantum field theories (QFTs) are key to understanding physics across many scales. Conformal field theories (CFTs), the fixed points of renormalization group flow, are crucial for this understanding, yet analyzing them in d>2 is tough. Supersymmetry offers powerful tools; in d>4, superconformal field theories (SCFTs) are our only Read more…
The workshop will focus on the rigorous derivation of effective models for many-body systems. The meeting aims at showcasing rigorous methods for the study of many-body systems, coming from functional analysis, from probability theory and from the theory of integrable systems. More details at the dedicated page.