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Micro/nanoliter droplet is capable of achieving versatile applications withtiny volume and substantial surface energy, which is a big plus over bulkliquid. Yet, the contradiction of elaborate manipulation and enough power isstill a challenge. Here, we unleash the potential of our miniwatt aspiratorspumping up liquid and creating droplets with the help of acoustic vortex beams,inspired by the power mechanism that spirals are significant for most mollusksthat live in water. These droplet aspirators produce very large interfacedeformations by small radiation pressures with orbit angular momentum fromspiral-electrode transducers. The precisely contactless manipulation ofphysical, chemical and biological objects at micrometric down to nanometricscales, promises tremendous development in fields as diverse as microrobotics,nanoreactors, or nanoassemblies.

Micro/nanoliter droplet extraction by controlling acoustic vortex with miniwatt