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Scaling limits and macroscopic behavior for stochastic models of active matter

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  • UserClément Erignoux, INRIA Lille Nord
  • ClockTuesday 17 May 2022, 13:00-14:30
  • HouseMR2.

If you have a question about this talk, please contact Perla Sousi.

Most attempts to understand the behavior of active matter models from a mathematical standpoint have been focused on some form of mean field interactions between particles, meaning that the interaction of each individual particle with the system is averaged out over a large number of its neighbors. In this talk, I will share a few attempts to model active matter by lattice gases of particles interacting at a microscopic level. I will talk about the mathematical challenges involved in studying such microscopic models. I will also present results in (finished and ongoing) work with T. Bodineau, M. Kourbane-Houssène and J. Tailleur, in which we show the emergence of two classical phenomena for active matter, namely Motility induced phase separation (MIPS), and alignment phase transitions, based on two types of classical models, namely exclusion processes and zero-range processes.

This talk is part of the Probability series.

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