Papers
2
Total Citations
56
H-Index
2
About
Feihe Xiang is pioneering the next generation of human-machine interaction and underwater robotic sensing through innovative flexible electronics. His research focuses on developing advanced capacitive and iontronic-based sensor systems that bridge the gap between tactile and touchless sensing modalities. Xiang’s most influential work, a flexible dual-mode capacitive sensor published in 2023, has garnered 48 citations for its breakthrough approach to enabling highly sensitive touchless and tactile sensing simultaneously—a critical advancement for augmented reality, virtual reality, and robotic control applications. More recently, Xiang has ventured into the challenging domain of underwater robotics, where his 2025 work on aquatic iontronic-based tri-axis force sensor arrays addresses the formidable technical barriers of high hydraulic pressure affecting sensor sensitivity and accuracy. This innovation, already accumulating 8 citations in its first year, promises to revolutionize underwater exploration and archaeological gripping operations. Xiang’s contributions are particularly notable for solving real-world engineering challenges—from eliminating bulky wearable equipment in HMIs to enabling precise force sensing in extreme aquatic environments—positioning him as a rising leader in flexible sensor technology for next-generation robotic systems.
Research Focus
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Top Papers
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