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About

Clemens Bechinger is a pioneering physicist whose research lies at the intersection of active matter, soft robotics, and collective behavior. He is best known for his groundbreaking work on microrobotic swarms and self-folding soft robots, where he has demonstrated how individually controlled agents can cooperate to perform complex tasks—from collective transport to navigating intricate environments. His 2023 paper on self-folding soft-robotic chains, which has already garnered over 100 citations, showcases how magnetic continuum robots can actively steer through living tissues, opening new frontiers in minimally invasive medicine. Bechinger has also made seminal contributions to understanding active matter, including the diffusing wave paradox of phototactic particles and universal symmetries in microscale optimal control. His work on counterfactual rewards for swarm microrobots (40 citations) and collective foraging trained by reinforcement learning has bridged biology and engineering, offering insights into how groups—from cells to robots—organize and respond to threats. A leader in the field, Bechinger co-authored the 2025 Motile Active Matter Roadmap, cementing his role in shaping the future of active systems. His research, spanning from fundamental non-equilibrium thermodynamics to applied robotics, has earned him international recognition and over 250 citations across his most influential works.