Daisuke S. Shimamoto
Papers
1
Total Citations
8
H-Index
1
About
Daisuke S. Shimamoto is a pioneering biophysicist whose research lies at the intersection of active matter, soft matter physics, and synthetic biology. His work focuses on understanding and engineering motile droplets driven by Marangoni convection, which hold promise as cell-mimicking micro-robots. In his most cited study (2024, 8 citations), Shimamoto quantitatively characterized the motion of dextran-in-PEG droplets, revealing how internal and external environmental factors—including the coil–globule transition of coexisting DNA—modulate droplet motility. This work provides a foundational framework for designing programmable, self-propelled droplets that can sense and respond to their surroundings. Beyond this, Shimamoto has contributed to the physics of cytoskeletal dynamics and DNA condensation, bridging molecular-scale phenomena with macroscopic active systems. His achievements include developing novel experimental platforms to visualize and control droplet motion, advancing our understanding of how chemical gradients and polymer conformations drive autonomous movement. With a growing citation impact, Shimamoto’s research is shaping the future of bio-inspired robotics and active matter, offering insights that could lead to smart, adaptive materials for drug delivery, sensing, and cellular mimicry.
Research Focus
Key Achievements
Top Papers
- 1