Xingli Wu

Papers

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About

Xingli Wu is a pioneering researcher in the field of soft robotics and biomimetic prosthetics, with a focus on developing next-generation artificial muscles and tendons. Their major contributions center on the innovative use of liquid crystal elastomers (LCEs) to create highly deformable, efficient actuators that mimic biological movement. Wu’s most cited work, "Biomimetic Prosthetic Hand Enabled by Liquid Crystal Elastomer Tendons" (2021, 26 citations), introduces a paradigm shift in prosthetic design by replacing bulky, inefficient motors with LCE-based artificial tendons, enabling more natural, lightweight, and cost-effective hand function for amputees. Building on this, their study "Fabrication and Characterization of Highly Deformable Artificial Muscle Fibers Based on Liquid Crystal Elastomers" (2020, 10 citations) demonstrates the integration of LCEs with liquid metal to achieve unprecedented deformability and actuation performance. These advancements address critical limitations in current prosthetics and robotics—such as weight, complexity, and energy efficiency—offering transformative potential for medical devices and soft robotics. Wu’s work stands out for its elegant biomimicry and practical applicability, positioning them as a key innovator in creating more human-like, accessible assistive technologies.