Atsushi Miyabo
Papers
8
Total Citations
163
H-Index
7
About
Atsushi Miyabo is a leading researcher in the field of soft robotics and flexible electronics, with a focus on developing advanced tactile sensing and actuation systems. His work centers on creating highly sensitive, stretchable, and low-voltage sensors and actuators using functional ferroelectric polymers and nanocarbon materials. Miyabo’s major contributions include the development of a low-operating-voltage, pressure-sensitive printed sensor for healthcare monitoring, which achieved 48 citations, and the optimization of a soft pressure sensor’s molecular weight for enhanced robotic tactile sensing (27 citations). He has also pioneered fast-response, high-power tunable ultrathin soft actuators for haptic devices (25 citations) and a robotic e-skin for stretchable acceleration sensing (22 citations). Notably, his research on artificial cutaneous sensing for object slippage detection, featuring a closed-loop feedback process, has been recognized for its impact on soft robotics (21 citations). Miyabo’s work is instrumental in advancing wearable healthcare, artificial skins, and robotic manipulation, demonstrating significant citation impact and practical applications in biomimetic systems.
Research Focus
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Top Papers
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