CORDIS Project
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This project investigates the mechanical properties of dense monolayers made of self-propelling colloidal particles. By using microrheology, it aims to understand how structure and activity influence the behavior of active materials, paving the way for the development of innovative smart materials.
Self-propelling colloidal particles, originally designed to mimic living microorganims, offer exciting opportunities to engineer smart materials equipped with activity.
To date, the behavior of synthetic microswimmers has been extensively studied in homogeneous environments, close to confinements and in semi-dilute suspensions.
However, for materials’ design, the use of solid-like phases, such as crystals and glasses, is highly desirable.
While recent numerical simulations have invested a lot of…
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