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Paper detail

Magnetocapillary Swimmers

We present an experiment where three mesoscopic soft ferromagnetic beads are placed onto a liquid surface and submitted to the influence of magnetic fields. A vertical magnetic field creates a repulsion which counterbalances the capillary attraction. We show that the competition with a second, oscillating field, deforms the structure in a non reciprocal way. As a consequence, the structure is able to swim. This experiment is fully described in a fluid dynamics video attached to this submission.

preprint2013arXivOpen access
Maxime HubertGalien GrosjeanYves-Eric CorbisierGeoffroy LumayFloriane WeyerNoriko ObaraNicolas Vandewalle
cond-mat.softphysics.flu-dyn
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Maxime HubertGalien GrosjeanYves-Eric CorbisierGeoffroy LumayFloriane WeyerNoriko ObaraNicolas Vandewalle

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