Shigehiro Namiki

Papers

Total Citations

H-Index

About

Shigehiro Namiki is a leading figure in insect neurobiology and biohybrid robotics, renowned for pioneering insect–machine hybrid systems that decode sensory-motor control. His most cited work, "Insect–machine hybrid system for understanding and evaluating sensory-motor control by sex pheromone in Bombyx mori" (2013, 16 citations), exemplifies his innovative approach: by interfacing the silkmoth’s neural circuitry with robotic platforms, he reveals how pheromone cues drive precise motor behaviors. This research bridges fundamental neuroscience and applied robotics, offering unprecedented insights into how insects process environmental signals to generate adaptive movement. Namiki’s contributions extend to mapping neural pathways and developing real-time control algorithms, with his hybrid system serving as a model for studying sensorimotor integration. His work has been cited in fields ranging from neuroethology to soft robotics, highlighting its interdisciplinary impact. By merging biology and engineering, Namiki not only advances our understanding of insect behavior but also inspires novel biohybrid technologies for sensing and navigation, making him a key innovator in the study of natural and artificial motor control.