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About

Fabien Colonnier is a researcher at the forefront of bio-inspired robotics and computer vision, drawing deeply from insect neuroscience to engineer innovative sensing and navigation systems. His most influential work centers on artificial compound eyes, particularly the CurvACE sensor, which replicates the curved, hyperacute visual systems found in insects like flies and bees. By endowing this miniature device with active eye tremor and micro-scanning movements, Colonnier demonstrated capabilities including visual stabilization, target tracking, and short-range odometry — breakthroughs that have collectively garnered over 60 citations. His biomimetic hovercraft, designed to replicate honeybee corridor navigation, offered the first rigorous robot-versus-bee behavioral comparison, further cementing his contributions to autonomous visual guidance. Colonnier also developed a clever infrared LED-based local positioning system for indoor localization, cited 39 times, showcasing his talent for translating biological principles into practical engineering solutions. More recently, he has expanded into terrain perception for legged robots through digital double frameworks. Across his career, Colonnier's work exemplifies how studying nature's elegant solutions can inspire robust, miniaturized technologies for next-generation autonomous systems.