Orbiting Self-Organization of Filament-Tethered Surface-Active Droplets.
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DOI: 10.1002/smll.202206800
Abstract: Dissipative chemical systems hold the potential to enable life-like behavior in synthetic matter, such as self-organization, motility, and dynamic switching between different states. Here, out-of-equilibrium self-organization is demonstrated by interconnected source and drain droplets at… read more here.
Keywords: filament tethered; orbiting self; droplet; self organization ... See more keywords