Dynamic ordering in a swarm of floating droplets driven by solutal Marangoni effect
We review our recent results on a simple droplet system consisting of droplets of a mixture of
two liquids. Although the system is composed of simple chemicals, it is capable of exhibiting
complex collective behaviors as a cluster dynamics. We propose a simple inhomogeneous
force model to analyze the experimental observations and discuss the mechanisms of the
dynamic ordering in our system. The relevance of the observations to hierarchical ordering
generally observed in systems of active elements is also discussed.
two liquids. Although the system is composed of simple chemicals, it is capable of exhibiting
complex collective behaviors as a cluster dynamics. We propose a simple inhomogeneous
force model to analyze the experimental observations and discuss the mechanisms of the
dynamic ordering in our system. The relevance of the observations to hierarchical ordering
generally observed in systems of active elements is also discussed.
We review our recent results on a simple droplet system consisting of droplets of a mixture of two liquids. Although the system is composed of simple chemicals, it is capable of exhibiting complex collective behaviors as a cluster dynamics. We propose a simple inhomogeneous force model to analyze the experimental observations and discuss the mechanisms of the dynamic ordering in our system. The relevance of the observations to hierarchical ordering generally observed in systems of active elements is also discussed.
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