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About

Roberto Di Leonardo is a leading experimental physicist whose work lies at the dynamic intersection of soft matter, active matter, and micro-robotics. He is internationally recognized for pioneering the development of biohybrid microbots—synthetic microstructures powered and controlled by biological components. His highly cited 2023 paper on "Light Controlled Biohybrid Microbots" (40 citations) demonstrates a novel approach to creating self-assembled, consistent micro-robotic systems that can be precisely steered using light, offering a foundational platform for next-generation microrobotics. Di Leonardo’s influence extends to shaping the entire field; he is a key contributor to major community roadmaps, including "The 2025 motile active matter roadmap" (29 citations) and the "Roadmap for animate matter" (11 citations), which chart the future of autonomous, adaptive materials inspired by living systems. His recent work on "Active billiards" (2025) reveals how boundary interactions can be engineered to spatially control the collective behavior of self-propelled particles, providing a powerful framework for designing confinement strategies in active matter. Through these contributions, Di Leonardo is not only advancing fundamental understanding of non-equilibrium systems but also building the practical tools for a new generation of intelligent, active materials.