CORDIS Project
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This project focuses on developing three-dimensional active materials made from colloidal spinners, enhancing our understanding of their interactions and dynamics. By utilizing advanced microfluidics and imaging techniques, it aims to explore the properties of these materials for potential engineering applications.
Active-matter physics describes the mesmerizing dynamics of interacting motile bodies: from bird flocks and cell colonies, to collections of synthetic units independently driven far from equilibrium.
Until now, however, all man-made realizations have been merely limited to 2D model systems.
We will introduce a paradigm shift to upgrade the status of synthetic active matter from aesthetic 2D experiments to genuine 3D materials with unanticipated engineering applications.
The essential goa…
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