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About

David Saintillan is a leading figure in the physics of active matter and complex fluids, with a particular focus on the mechanics of motile biological and synthetic systems. His work bridges fluid dynamics, statistical mechanics, and biophysics to uncover how microscopic activity drives emergent collective behavior. Saintillan is best known for his theoretical and computational models of active suspensions—such as swimming bacteria and self-propelled particles—where he has elucidated how hydrodynamic interactions and confinement lead to large-scale flows, instabilities, and pattern formation. His research has been instrumental in understanding the dynamics of cytoskeletal networks and the transport of microorganisms in complex environments. Among his most notable contributions is his role as a co-author of the highly anticipated "2025 Motile Active Matter Roadmap," a comprehensive review that has already garnered significant attention. With over 29 citations on this roadmap alone and a broad impact across hundreds of papers, Saintillan’s work continues to shape the field, offering fundamental insights that inform both biological understanding and the design of synthetic active materials.