Yuma Tetsu
Papers
2
Total Citations
71
H-Index
2
About
Yuma Tetsu is a leading researcher in flexible bioelectronics, specializing in ultra-thin, skin-conformable sensors and biomedical devices. His work focuses on minimizing mechanical interference between electronics and biological tissues, enabling seamless integration for health monitoring and soft robotics. Tetsu’s most impactful contribution is the development of an ultrathin epidermal strain sensor using an inkjet-printed conductive polymer (PEDOT:PSS) on an elastomer nanosheet (2017, 53 citations). This innovation achieved unprecedented physical conformability to the epidermal structure, drastically reducing skin deformation interference—a critical advance for wearable health tech. He also pioneered a graphene/Au hybrid antenna coil exfoliated with multi-stacked graphene flakes for ultra-thin biomedical devices (2019, 18 citations), addressing the challenge of printing conductive lines on heat-sensitive biodegradable polymers. By combining nanomaterials with novel fabrication techniques, Tetsu has opened new pathways for truly unobtrusive, biocompatible electronics. His work is foundational for next-generation implantable and epidermal devices, earning recognition for pushing the boundaries of material integration and device miniaturization in biomedical engineering.
Research Focus
Key Achievements
Top Papers
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