Hiroki Sakuta
Papers
1
Total Citations
8
H-Index
1
About
Hiroki Sakuta is a leading researcher in the physics of active matter and soft matter, with a particular focus on the dynamics of motile droplets and their potential as cell-mimicking systems. His work bridges the gap between fundamental fluid dynamics and synthetic biology, exploring how Marangoni convection—driven by surface tension gradients—can generate autonomous motion in droplet-based systems. In his highly cited 2024 study, Sakuta quantitatively characterized the motion of dextran droplets in PEG solutions, demonstrating how the coil–globule transition of coexisting DNA can modulate droplet motility. This work provides a critical framework for understanding how internal and external environmental factors control the behavior of active droplets, a key step toward designing small, cell-like robots. With 8 citations in a short time, his research is rapidly gaining attention for its innovative approach to harnessing chemical and physical gradients for directed motion. Sakuta’s contributions are shaping the future of soft robotics and active matter, offering new insights into the principles underlying autonomous movement in synthetic systems.
Research Focus
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Top Papers
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