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About

Hung-Chin Wu is a leading researcher in the field of stretchable and flexible electronics, with a primary focus on developing advanced materials and devices for wearable technology, soft robotics, and electronic skin. His major contributions include the development of high-transconductance stretchable transistors, where he achieved remarkable signal amplification by engineering controlled gold microcrack morphology—a breakthrough that has garnered 112 citations and is critical for sensitive, conformable sensors. Wu also pioneered a carbon flower-based flexible pressure sensor fabricated via large-area coating, offering high sensitivity and scalability for human-machine interfaces and biomedical implants (39 citations). Additionally, his work on highly reliable and sensitive tactile transistor memory (22 citations) addresses the need for retaining tactile information—pressure and texture—essential for next-generation artificial intelligence and electronic skin. By tackling the trade-offs between sensitivity, conformability, and scalability, Wu’s research has significantly advanced the practical realization of stretchable electronics, making him a notable figure in the quest for truly intelligent, skin-like sensing systems.