Non-aligning active Brownian particles in a dense passive host on a compact curved surface develop polar coherence through stress redistribution and formation of elongated scars that channel motion.
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3 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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UNVERDICTED 3representative citing papers
Active nematic membranes show a continuous defect binding-unbinding transition to turbulence when activity exceeds a threshold scaling as alpha squared over bending stiffness, with persistent order-shape correlations.
Elastic capsules in active nematics exhibit geometry-dependent spontaneous rotation and propulsion that is suppressed by capsule deformability.
citing papers explorer
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Curvature-induced host-mediated polarization of active particles
Non-aligning active Brownian particles in a dense passive host on a compact curved surface develop polar coherence through stress redistribution and formation of elongated scars that channel motion.
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Defect binding-unbinding transition in active nematic membranes
Active nematic membranes show a continuous defect binding-unbinding transition to turbulence when activity exceeds a threshold scaling as alpha squared over bending stiffness, with persistent order-shape correlations.
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Spontaneous rotation and propulsion of suspended capsules in active nematics
Elastic capsules in active nematics exhibit geometry-dependent spontaneous rotation and propulsion that is suppressed by capsule deformability.