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About

Xinyue Tang is a researcher whose work spans flexible electronics, tactile sensing, and robotic perception, with particular expertise in developing advanced sensor technologies for healthcare, robotics, and prosthetics. Tang's most influential contribution is the development of controllable graphene wrinkle structures for high-performance flexible pressure sensors, a 2021 paper that has accumulated 197 citations and addressed the critical challenge of producing low-cost, reproducible microstructures in wearable devices. Building on this foundation, Tang's work on microconformal electrode-dielectric integration for ultrasensitive robotic tactile sensing (124 citations) further advanced the field of soft robotics and electronic skin. Earlier contributions include a comprehensive review of sensor modalities for Simultaneous Localization and Mapping (SLAM) in mobile robotics, reflecting a broader interest in autonomous systems and spatial perception. More recent work explores fabric-like groove structures for high-resolution tactile imaging and smart tactile gloves for similar object recognition, demonstrating a consistent trajectory toward increasingly sophisticated human-machine interfaces. With over 400 cumulative citations, Tang's research meaningfully bridges materials science, flexible electronics, and intelligent robotics, offering foundational insights for the next generation of sensory and autonomous systems.