A unified electrohydraulic model shows that heterogeneous ion pumping at permeable interfaces generates equivalent long-range electric fields and fluid flows, enabling self-propulsion via osmotic coupling and spontaneous symmetry breaking.
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2 Pith papers cite this work. Polarity classification is still indexing.
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Motor number fluctuations from shot noise explain the quality factor Q and phase defects observed in the beating of a single cilium.
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Electrohydraulic Fields Generated by Active Transport at Tissue Interfaces
A unified electrohydraulic model shows that heterogeneous ion pumping at permeable interfaces generates equivalent long-range electric fields and fluid flows, enabling self-propulsion via osmotic coupling and spontaneous symmetry breaking.
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Motor shot noise explains active fluctuations in a single cilium
Motor number fluctuations from shot noise explain the quality factor Q and phase defects observed in the beating of a single cilium.