Microfluidics studies the behavior, precise control, and manipulation of flows
geometrically constrained to the micro- or nano-scales where capillary forces govern mass transport
Study droplets and multiphase flows in channels where different regimes from dripping to jetting subtly depend on injection rates
Optimize generation chips to control the droplet size and release frequency for drug encapsulation
Design high-throughput focusing chips for cell sorting with inertia-driven and packing effects
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