Xinyu Yang

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About

Xinyu Yang is pioneering the next generation of robotic dexterity by bridging the gap between soft, adaptive materials and precise, human-like control. His research centers on bioinspired soft robotics, tactile sensing, and the control of deformable systems—areas where he has made significant contributions. Yang’s most impactful work, a 2025 paper on a soft robotic hand featuring tactile palm-finger coordination (48 citations), challenges the conventional finger-centric approach by demonstrating that the palm is a crucial, yet underexplored, site for mechanical support and sensory feedback. This insight is complemented by his design of a biomimetic rigid-soft finger (29 citations), which masterfully balances high mobility with adaptability by preserving key kinematic principles from the human hand. Addressing a core challenge in the field, Yang has also developed methods for the precise control of soft robots amidst uncertain environmental contacts and forces (14 citations), enabling robust performance where deformable bodies traditionally fail. His work is not only advancing the fundamental science of soft robotics but is also paving the way for safer, more interactive robotic assistants capable of operating in unpredictable, human-centric environments.