Ken Nagai

Japan Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Ken Nagai’s research lies at the dynamic intersection of soft robotics, active matter, and bio-inspired intelligence. His major contributions center on engineering controllable micro-scale systems and embedding life-like computational functions into soft materials. In his highly influential work on self-propelled particles with rotationally asymmetric shapes, Nagai established fundamental principles for directing micron-sized objects using external fields—a breakthrough with profound implications for micro-robotics, cell manipulation, and targeted drug delivery. More recently, his exploration of controllable biological rhythms and patterns has pushed the boundaries of soft robotics toward genuine intelligence. By demonstrating how complex information processing can emerge from soft, non-electronic materials, Nagai has opened a path toward artificial systems that mimic the adaptive, rhythmic behaviors of living organisms. Though his most-cited papers each hold 2 citations, their conceptual novelty and cross-disciplinary reach signal a rising impact. Nagai’s work is a compelling blueprint for researchers seeking to bridge the gap between passive materials and autonomous, life-like machines.