Papers
3
Total Citations
918
H-Index
3
About
Xingyu Hou is a leading innovator in flexible electronics and soft robotics, specializing in the development of advanced electronic skins (e-skins) and tactile sensory systems. His research focuses on overcoming the fundamental mechanical limitations of multilayered sensor architectures, which often fail under extreme conditions. Hou’s major contributions include the design of quasi-homogeneous pressure sensors with interlinked interfaces, achieving exceptional stability (401 citations), and the invention of graded interlock structures for iontronic sensors that deliver both high sensitivity and linearity over a broad pressure range (316 citations). These breakthroughs directly address the trade-off between sensitivity and range, a longstanding challenge in the field. In 2023, Hou developed a robotic sensory system capable of texture recognition with high spatiotemporal resolution by capturing both static pressure and high-frequency vibrations (201 citations), mimicking human tactile perception. His work has profound implications for robotic sensation, human health monitoring, and human-machine interfaces, establishing him as a key figure in next-generation tactile sensing technology.
Research Focus
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