Tomohiro Furuki
Papers
1
Total Citations
8
H-Index
1
About
Tomohiro Furuki is a researcher exploring the frontiers of active matter and soft matter physics, with a particular focus on the dynamics of motile droplets and biomolecular systems. His work centers on understanding how Marangoni convection—a flow driven by surface tension gradients—can generate spontaneous motion in droplets, offering a pathway toward cell-mimicking micro-robots. In his most cited paper (2024, 8 citations), Furuki quantitatively describes the motion of dextran-in-PEG droplets and reveals how the coil–globule transition of coexisting DNA can alter their motility, bridging polymer physics and active matter. This contribution provides a foundational framework for designing synthetic systems that mimic cellular behavior. Though early in his career, Furuki’s research is already gaining attention for its innovative integration of biopolymer dynamics and fluid mechanics. His work holds promise for advancing our understanding of autonomous motion in soft materials and for developing programmable, droplet-based micro-robots with potential applications in drug delivery and synthetic biology.
Research Focus
Key Achievements
Top Papers
- 1