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We actuate with light & magnets, we fold & unfold DNA, we cell-free express proteins, we play with drops, marbles & interfaces, we organize particles, we harness coffee rings.

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Abstract: The so-called coffee-ring effect (CRE) is extraordinarily common, problematic in industry and attractively puzzling for researchers,...
Abstract: Self-propelled drops are capable of motion without external intervention. As such, they constitute attractive entities for fundamental...
Abstract: The“flipping method”is a new straightforward way to both adsorb and organize microparticles at a liquidinterface, with ultralow amounts of...
Abstract: Self-assembled nucleobases, such as G-quartets or quadruplexes, have numerous applications but light-responsive structures are limited to...
Abstract: Control over particle interactions and organization at liquid interfaces is of great importance both for fundamental studies and practical...
Abstract:   We precisely measure the effect of moderate magnetic field intensity on the surface tension of liquids, by placing pendant drops...
Abstract:   Controlling the organization of particles at liquid–gas interfaces usually relies on multiphasic preparations and external applied...
Damien has been awarded with the Mergier-Bourdeix Prize from the French Academy of Sciences. Every four years, the prize is awarded to an...
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