Simulations show activity in a binary active nematic-passive fluid mixture amplifies inter-phase velocity differences, arrests domain coarsening to a finite length scale that shrinks with higher activity, and strengthens coupling at higher active concentrations.
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Phase separation dynamics and active turbulence in a binary fluid mixture
Simulations show activity in a binary active nematic-passive fluid mixture amplifies inter-phase velocity differences, arrests domain coarsening to a finite length scale that shrinks with higher activity, and strengthens coupling at higher active concentrations.