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About

Serge Kernbach is a pioneering researcher in swarm robotics, collective intelligence, and bio-hybrid systems, whose work has fundamentally advanced our understanding of how artificial agents can mimic and extend biological collective behaviors. His most influential contribution, the re-embodiment of honeybee aggregation behavior in Jasmine micro-robots (184 citations), demonstrated how biological principles could be rigorously formalized and transferred into artificial systems — a methodology that became central to his research identity. Kernbach has consistently pushed the boundaries of what robotic collectives can achieve, from collision-based cooperative decision-making (151 citations) to self-aware underwater swarms through the EU-funded CoCoRo project (102 citations). His theoretical framework of "symbiotic robot organisms" — drawing on bacteria and fungi as biological metaphors — introduced a compelling new paradigm for modular, adaptive multi-robot systems, generating substantial follow-on research. Perhaps most ambitiously, his Flora Robotica project explored mixed robot-plant bio-hybrid societies, illustrating his drive toward genuinely novel life-inspired systems. With contributions spanning evolutionary robotics, Lévy flight search algorithms, and energy homeostasis in microrobotic swarms, Kernbach's body of work represents a remarkably broad and impactful career at the intersection of biology, robotics, and artificial life.