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About

Kyohei Hisano is an innovative materials scientist and engineer whose research sits at the intersection of flexible electronics, soft matter physics, and advanced sensing technologies. His work spans flexible multifunctional sensors, liquid-crystalline materials, and polymer mechanics — fields critical to the development of next-generation wearable devices and soft robotics. Hisano's most influential contribution is his comprehensive review of flexible multifunctional sensors for wearable and robotic applications (2019), which has garnered over 320 citations and established itself as a foundational reference in the field, synthesizing advances in sensitivity, mechanical flexibility, and device reproducibility. His subsequent research has pushed into more specialized territory, investigating three-dimensional strain measurement in soft materials using cholesteric liquid crystal sensors and exploring the mechano-optical behavior of chiral liquid-crystalline elastomers — work that opens new pathways for optical strain sensing in soft robotic systems. More recently, Hisano has addressed practical engineering challenges, including bending fatigue behavior in polymer films essential for flexible electronics substrates, and the control of molecular alignment in liquid-crystalline polymer films through photopolymerization. Together, his body of work reflects a sophisticated, application-driven research vision that bridges fundamental materials science with real-world flexible and wearable technology design.