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About

Bingyan Li is pioneering the frontier of medical microrobotics, with a research focus on magnetic soft robots and their application in complex biological environments. Their most impactful work, "Magnetic Torque‐Driven All‐Terrain Microrobots" (2024, 9 citations), introduces a novel class of microrobots capable of navigating variable and confined terrains—a critical breakthrough for targeted drug delivery and minimally invasive procedures. Li further advances the field with "Hard‐Magnetic Soft Millirobots in Underactuated Systems" (2025), demonstrating how flexible polymer matrices combined with magnetic particles enable precise, remotely controlled deformation and locomotion, offering transformative potential for navigating delicate biological pathways. Beyond hardware, Li explores the human-machine interface in "Exploring the dynamics of user experience and interaction in XR-enhanced robotic surgery" (2024), a systematic review that highlights the growing importance of augmented reality in robotic-assisted surgery. By integrating all-terrain mobility, underactuated control, and enhanced surgeon interfaces, Li is shaping a future where microrobots can safely and effectively operate inside the human body, bridging the gap between soft robotics and clinical medicine.