Hiroyuki Matsui
Papers
2
Total Citations
116
H-Index
2
About
Hiroyuki Matsui is a leading figure in the development of next-generation printed electronics, with a primary focus on creating high-performance, flexible sensors for healthcare and soft robotics. His major contribution lies in engineering novel material architectures to overcome the traditional trade-off between sensitivity and durability in strain sensors. Matsui’s most cited work introduces a "brittle–stretchable conductive network," a design that achieves both high sensitivity and a wide working range, a breakthrough that has garnered 68 citations. He further advanced the field by developing a low-voltage, highly pressure-sensitive printed sensor integrated with an analogic amplifier circuit, enabling precise healthcare monitoring. This work, with 48 citations, addresses the critical challenge of enhancing sensor sensitivity for practical wearable applications. Matsui’s research is distinguished by its focus on low operating voltages and fully printed fabrication, making his sensors suitable for safe, continuous, and comfortable on-body use. His innovations are pivotal for the future of artificial skins and soft robotics, demonstrating a clear path from material design to functional, real-world devices.
Research Focus
Key Achievements
Top Papers
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