A dilute suspension of torque-driven chiral particles becomes unstable at finite wavenumber through self-propulsion-mediated nemato-polar coupling, producing chaotic three-dimensional flows.
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Hydrodynamic instabilities in driven chiral suspensions
A dilute suspension of torque-driven chiral particles becomes unstable at finite wavenumber through self-propulsion-mediated nemato-polar coupling, producing chaotic three-dimensional flows.