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About

Guo Zhan Lum is a pioneering figure in the field of small-scale soft robotics, with a focus on magnetic actuation, shape-programmable materials, and multimodal locomotion. His landmark 2018 paper on a small-scale soft-bodied robot with multimodal locomotion has garnered over 2,300 citations, showcasing its profound impact on the design of versatile, untethered micro-robots. Lum’s 2016 review on soft actuators for small-scale robotics (1,298 citations) remains a foundational resource, surveying methodologies from nanometer to centimeter scales. He introduced shape-programmable magnetic soft matter (630 citations), enabling complex, time-varying geometries for adaptive machines. His work on continuously distributed magnetization profiles for millimeter-scale undulatory swimming (240 citations) advanced bio-inspired locomotion at low Reynolds numbers. Lum also explored phase-change materials, demonstrating gallium’s reversible adhesion (111 citations), and achieved six-degrees-of-freedom actuation for magnetic microrobots, overcoming prior limitations in orientation control. His research integrates smart actuation, sensing, and 3D printing for robotic soft grippers, pushing boundaries in biomedical and materials science applications. With over 5,000 total citations, Lum’s contributions are central to the evolution of miniature, dexterous, and multifunctional soft robots.