Scope:

Large interacting agent systems are a natural microscopic description for many phenomena in the life and social sciences. The respective stochastic differential equation systems have been used to describe the behaviour of large animal flocks, pedestrian crowds or traffic flow. It is, however, often not feasible to analyse the behaviour of those models on the microscopic model. Hydrodynamic limits have been proven to be essential in analysing and understanding the underlying dynamics.

In this workshop we bring together researchers working on different aspects of hydrodynamic PDEs, including modelling, analysis and numerics. It will provide the opportunity to present recent results, foster communication between communities and advance our understanding of complex interacting agent dynamics

Registration: please use the following link to register for the conference

Preliminary timetable

Practical Information:

• Organisers: Ewelina Zatorska and Marie-Therese Wolfram
• Date: June 9-13, 2025, starting Monday at 10:00 and finishing Friday at lunchtime
• Location: Warwick Venice Centre

Confirmed speakers:

• Giacomo Albi (Verona)
• Martin Burger (DESY Hamburg)
• Didier Bresch (Chambery)
• Jose A. Carrillo (Oxford)
• Nilasis Chaudhuri (Warsaw)
• Felisia Chiarello (L'Aquilla)
• Gui-Quiang Chen (Oxford)
• Young-Pil Choi (Yonsai)
• Rinaldo Colombo (Brescia)
• Paola Goatin (Inria)
• Piotr Gwiazda (Warsaw)
• Grzegorz Karch (Wrocław)
• Jinwook Jung (Hanyang, Korea)
• Trevor Leslie (IIT)
• Piotr Mucha (Warsaw)
• Kevin Painter (Torino)
• Benoit Perthame (Sorbonne)
• Jan Peszek (Warsaw)
• Markus Schmidtchen (TU Dresden)
• Roman Shvydkoy (UIC)
• Benjamin Seeger (UNC)
• Jakub Skrzeczkowski (Oxford)
• Agnieszka Swierczewska-Gwiazda (Warsaw)
• Changhui Tan (USC)
• Andrea Tosin (Torino)
• Athanasios Tzsavaras (Kaust)
• Alexis Vasseur (Austin)

• Aneta Wroblewska-Kaminska (Warsaw)

• Yao Yao (Singapore)
• Cheng Yu (Florida)
• Mattia Zanella (Pavia)