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About

G. Adam is a leading researcher in microrobotics, with a focus on the design, fabrication, and control of miniature systems for biomedical applications. Their major contributions include pioneering the integration of structural color into 3D-printed microrobots for real-time identification and tracking—a breakthrough that eliminates the need for external dyes or labels. Adam also developed soft capsule magnetic millirobots capable of region-specific drug delivery within the central nervous system, addressing a critical challenge in targeted therapeutics. Their work on microforce sensing systems, enhanced by virtual reality interfaces, has advanced the precision and usability of micromanipulation tools. With over 113 citations across their most-cited papers, including the highly influential 2020 study on 3D-printed structural color microrobots (47 citations), Adam’s research is shaping the future of minimally invasive medicine and microscale robotics. Their achievements demonstrate a rare combination of materials innovation, system integration, and translational vision, making them a key figure in the next generation of medical microrobots.