Akari Kamo
Papers
1
Total Citations
8
H-Index
1
About
Akari Kamo is an emerging leader in the field of active soft matter, with a focus on the biophysics of motile droplets and their potential as cell-mimicking micro-robots. Her research centers on Marangoni-driven droplet systems, particularly how internal polymer dynamics—such as the coil–globule transition of DNA—can modulate droplet motion. In her most-cited work, "Marangoni Droplets of Dextran in PEG Solution and Its Motile Change Due to Coil–Globule Transition of Coexisting DNA" (2024, 8 citations), Kamo provides the first quantitative description of how internal and external environments influence Marangoni convection-driven motility. This breakthrough offers a new framework for designing programmable, self-propelling droplets that mimic cellular behavior. Though early in her career, her work has already garnered attention for bridging polymer physics and active matter, with potential applications in drug delivery, soft robotics, and synthetic biology. Kamo’s innovative approach to quantifying droplet-environment interactions marks her as a promising researcher to watch in the growing field of bio-inspired micro-robotics.
Research Focus
Key Achievements
Top Papers
- 1