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About

Steven Ceron is a robotics and collective systems researcher whose work spans soft robotics, modular robot collectives, and swarm intelligence. His research addresses a fundamental challenge in robotics: enabling groups of simple agents to produce sophisticated, emergent behaviors without centralized control. In soft robotics, Ceron has made notable contributions through fluidic elastomer actuators and strain-based coordination, demonstrating that tightly coupled collectives of inflatable robots can achieve consensus through purely proprioceptive sensing — eliminating the need for direct communication. His 2021 work on soft robotic oscillators and 2022 study on strain-based consensus together highlight a elegant minimalist philosophy in robot design. More recently, Ceron has bridged physical robotics and mathematical theory through the study of *swarmalators* — agents that simultaneously swarm and synchronize — with his 2023 paper accumulating 61 citations and establishing him as a key contributor to this emerging field. His 2024 and 2025 work extends swarmalator theory to include nonreciprocal interactions and physical robot implementations, closing the loop between abstract models and deployable swarms. Across fabrication, control theory, and collective behavior, Ceron's research provides a cohesive framework for building scalable, robust robot collectives inspired by biological systems.