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About

Martin M. Hanczyc is a pioneering researcher at the intersection of artificial life, soft matter, and embodied intelligence. His work fundamentally reimagines the boundary between the living and the non-living, exploring how simple chemical systems can exhibit life-like behaviors. Hanczyc’s major contributions include the development of dynamic chemical droplets that act as "liquid robots," capable of movement, sensing, and even simple forms of learning. His highly cited 2017 paper, *Droplets As Liquid Robots* (106 citations), established a new paradigm for understanding minimal agency in physical systems. He has also pioneered the use of robotic platforms to create, maintain, and study artificial chemical life, as seen in his 2014 work on robotic symbiosis with chemical droplets. More recently, Hanczyc has been a leading voice in the emerging field of intelligent soft matter, co-authoring a 2025 paper that outlines a roadmap for creating materials with perception, memory, and adaptive behavior. Through his innovative combination of chemistry, robotics, and machine learning, Hanczyc is not only advancing fundamental science but also laying the groundwork for a new generation of autonomous, adaptive materials.