News and events

Coordinators: Fufa Samuel Asefa (Addis Ababa University), Szendroi Balazs (University of Vienna), Turesson Bengt-Ove (Uppsala University), Bekele Berhanu (Addis Ababa University), Martinelli Diletta (KdVI at University of Amsterdam), Carneiro Emanuel (ICTP), Mango John Magero (Makerere University), Ezome Mintsa Tony Mack Robert (Laboratoire de Recherche en Mathematiques et Applications (LAREMA)), Soumya Sankar (Utrecht University), Muller Steffen (University of Groningen), Abebaw Tilahun (Addis Ababa University), ICTP Scientific Contact: Alina Marian (ICTP & Northeastern University), Em

Coordinator: Malika IZID, Université Hassan II (Casablanca, Morocco) 

Coordinator: Karamoko Sita DIALLO, Université GAMAL Abdel Nasser de Conakry (République de Guinée) 

Coordinators:

A. Sancho N. Chairuca (Universidade Zambeze, Mozambique)

Joaquim M. C. Correia (Universidade de Évora, Portugal)
 

Coordinator: André Conseibo (UNIVERSITE NORBERT ZONGO, Koudougou, Burkina Faso)

The program centers on the development of a unified understanding of kinetic theory in systems with long‑range interactions, with a particular emphasis on the quantum regime. Long‑range interacting quantum systems—realized experimentally in cold atoms, trapped ions, and polar molecules—exhibit rich dynamical behavior such as metastability, collisionless dynamics, anomalous transport, critical scaling, and turbulence‑like phenomena.

Modelling and AI for the Environmental Transition

Program

The Thematic semester concerns graph theory and related fields. It consists of a school and several working groups with lectures during August. A description of the program of the school can be found here: https://math.ac.vn/conference/SSGAB2026

Lecturer: PATRICK MIMPHIS TCHEPMO DJOMEGNI

Abstract

Most real-world problems and the fundamental laws of physics are formulated in terms of differential (often nonlinear) or difference equations (DEs). Despite significant advances in analytical techniques, the majority of nonlinear DEs do not admit explicit solutions. This course is devoted to the analysis of continuous-time dynamical systems, with an emphasis on qualitative rather than quantitative methods. In particular, the module examines system stability and sensitivity to small perturbations.