Abstract
Variety of self-propelled droplets have been reported, which originate from interfacial chemical reactions and sometimes show sensitivity to environmental conditions. In this paper, a photosensitive Belousov–Zhabotinsky (BZ) droplet was prepared in an oil phase under illumination whose intensity changed in time. As a result, the droplet motion transited between random and oscillatory motions concurrent with the internal BZ state. The success in the real-time mode-switching reveals that separating the role is one promising strategy to realize desired functionality.
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