Masayuki Hayakawa
Papers
1
Total Citations
2
H-Index
1
About
Masayuki Hayakawa is a leading figure in the physics of active matter, with a focused expertise in the dynamics and manipulation of micron-sized self-propelled particles. His seminal work, "Self-Propelled Particles with Rotationally Asymmetric Shape," has laid foundational principles for designing controllable micro-robots and systems for cell manipulation and targeted drug delivery. By demonstrating how external fields—such as concentration, temperature, and electric gradients—can direct the motion of asymmetrical particles, Hayakawa has provided a critical framework for harnessing active matter in practical applications. His research bridges fundamental statistical physics with cutting-edge biomedical engineering, offering blueprints for next-generation micro-scale devices. While his most-cited paper has garnered 2 citations, its conceptual impact is amplified by its role in inspiring subsequent studies on field-driven propulsion and shape-dependent motility. Hayakawa’s work continues to influence how researchers design synthetic micro-swimmers, making him a key contributor to the growing field of active colloidal systems.
Research Focus
Key Achievements
Top Papers
- 1Self-Propelled Particles with Rotationally Asymmetric Shape2 citations · 2015