CORDIS Project
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This project focuses on understanding how bacteria and active microscopic particles influence fluid dynamics. It aims to develop predictive models for the collective behavior of these active fluids, which can be applied in various engineering fields such as mixing and chemical sensing.
Bacteria are tiny; yet their collective dynamics generate large-scale flows and profoundly modify a fluid’s viscosity or diffusivity.
So do autophoretic microswimmers, an example of active microscopic particles that draw their motion from physico-chemical exchanges with their environment.
How do such ``active fluids'' turn individual microscopic propulsion into macroscopic fluid dynamics?
What controls this self-organization process?
These are fundamental questions for biologists but also for en…
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