Programmable and reversible assembly of soft capillary multipoles
Materials Horizons, 2017•pubs.rsc.org
The capillary assembly of stimulus-responsive hydrogel particles with programmed
multipolar interactions defined by their prescribed three-dimensional (3D) shapes is
demonstrated. Low-energy bending deformations of the particles, driven by surface tension,
modifies the interactions between particles, while their temperature-dependent swelling
enables switchable assembly.
multipolar interactions defined by their prescribed three-dimensional (3D) shapes is
demonstrated. Low-energy bending deformations of the particles, driven by surface tension,
modifies the interactions between particles, while their temperature-dependent swelling
enables switchable assembly.
The capillary assembly of stimulus-responsive hydrogel particles with programmed multipolar interactions defined by their prescribed three-dimensional (3D) shapes is demonstrated. Low-energy bending deformations of the particles, driven by surface tension, modifies the interactions between particles, while their temperature-dependent swelling enables switchable assembly.
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