Hydrodynamically coupled, non-motile oscillating dumbbells show a density-dependent transition to collective motion, hydrodynamic phase separation, and phase-locking of shape oscillations.
21 Zhicheng Zheng, Yuan Tao, Yalun Xiang, Xiaokang Lei, and Xingguang Peng
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Hydrodynamics-driven phase-locking and collective motility of sessile active dumbbells
Hydrodynamically coupled, non-motile oscillating dumbbells show a density-dependent transition to collective motion, hydrodynamic phase separation, and phase-locking of shape oscillations.