Go Inamori
Papers
2
Total Citations
55
H-Index
2
About
Go Inamori is a leading researcher in stretchable electronics and soft physical sensors, with a focus on developing advanced wearable devices and soft robotic systems. Their major contributions lie in engineering highly stretchable sensing arrays that can independently detect pressure and strain, overcoming a critical challenge in the field: the interference of mechanical deformation on sensor accuracy. In their most cited work (2020, 52 citations), Inamori demonstrated a novel structural and resistive control strategy that enables simultaneous, decoupled detection of pressure and strain, a breakthrough for applications requiring precise tactile feedback. They further advanced the field by creating a stretchable array of resistive pressure sensors that effectively ignores strain-induced deformation (2020, 3 citations), addressing a major source of error in soft sensors. This work is foundational for next-generation electronic skin and human-machine interfaces. Inamori’s research is characterized by innovative material design and device architecture, pushing the boundaries of sensor performance in dynamic, deformable environments. Their achievements are highly relevant for students and researchers in materials science, electrical engineering, and robotics seeking to understand and develop robust, stretchable sensing systems.
Research Focus
Key Achievements
Top Papers
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