Xuexiu Liang

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About

Dr. Xuexiu Liang is pioneering the fusion of triboelectric nanogenerators (TENGs) with intelligent robotics and self-powered sensing systems. Her research centers on developing innovative energy harvesting and tactile sensing technologies, with a particular focus on rotary energy harvesters and humanoid robot performance evaluation. Liang’s most notable contribution is her work on "Fountain-inspired triboelectric nanogenerator as rotary energy harvester and self-powered intelligent sensor" (2025), which has already garnered 12 citations, demonstrating significant early impact in the field. This work introduces a bio-inspired design that efficiently converts rotational mechanical energy into electrical power while simultaneously serving as a self-powered sensor. Additionally, her research on "A Single‐Channel Tactile‐Slip Triboelectric Nanogenerator for the Intelligent Performance Evaluation of Humanoid Robots" (2025) represents a breakthrough in multimodal sensing, enabling precise assessment of robotic dexterity and stability through a single-channel system. Liang’s contributions are particularly valuable for advancing humanoid robotics, where accurate performance evaluation is critical for real-world applications. Her work bridges the gap between energy harvesting and intelligent sensing, offering elegant solutions for next-generation autonomous systems.