The aim of the project is to develop models, with different layers of complexity, able to capture the basic physics behind motility-induced aggregation and communication in cellular aggregates. We will employ a cross-disciplinary approach which includes soft matter numerical modeling, statistical mechanics methods and experiments to some extent. The results of these studies will address fundamental problems in active matter physics, a paradigm of non-equilibrium physics, and provide a deeper understanding of essential mechanisms controlling bacteria communication and their life cycles inside biofilms.


Project funded by MUR PRIN-2022. Project N. 2022HNW5YL

Principal Investigator: Nicoletta Gnan

Research Units: CNR UOS "Sapienza", University of Bari, University of Camerino

Starting date: 30 December 2023 (2 years project)