Light-induced non-uniform surface polarization and deformations drive directed micro-swimmer motion via charge interactions and hydrodynamics, with velocity estimates matching experiments after free-energy minimization.
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Active particles destabilize passive membranes by lowering effective tension and bending rigidity through solved pressure contributions and non-local terms.
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Light-induced Non-uniform Surface Polarization Evolution as Active Matter Motion Mechanism
Light-induced non-uniform surface polarization and deformations drive directed micro-swimmer motion via charge interactions and hydrodynamics, with velocity estimates matching experiments after free-energy minimization.
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Active Particles Destabilize Passive Membranes
Active particles destabilize passive membranes by lowering effective tension and bending rigidity through solved pressure contributions and non-local terms.