Naoya Yanagisawa
Papers
1
Total Citations
8
H-Index
1
About
Naoya Yanagisawa is a rising researcher in the interdisciplinary field of soft matter physics and biophysics, with a focus on understanding the dynamics of motile droplets and their potential as cell-mimicking systems. His key research areas include Marangoni convection-driven droplet motion, polymer phase separation, and the behavior of biomolecules like DNA in confined environments. Yanagisawa's major contribution lies in his pioneering work on "Marangoni Droplets of Dextran in PEG Solution," where he quantitatively described the motion of droplets relative to their internal and external environments—a critical step toward engineering cell-like micro-robots. His study, published in 2024, has already garnered 8 citations, signaling its impact on the field. Notably, Yanagisawa explored how the coil–globule transition of coexisting DNA can alter droplet motility, bridging polymer physics with biological function. This work not only advances fundamental understanding of active matter but also opens avenues for designing autonomous, responsive systems for drug delivery or synthetic biology. With his innovative approach and growing recognition, Yanagisawa is a researcher to watch in the evolving landscape of soft robotics and biomimetic systems.
Research Focus
Key Achievements
Top Papers
- 1