Alexander Kuhn

Centre National de la Recherche Scientifique

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About

Alexander Kuhn is a pioneering figure in the field of unconventional electrochemistry, with a particular focus on bipolar electrochemistry, conducting polymers, and autonomous soft robotics. His research elegantly bridges fundamental electrochemistry with materials science to create self-propelled and self-sustaining systems. Kuhn’s major contributions include the development of "bipolar conducting polymer crawlers" that achieve directed motion through triple symmetry breaking—a concept that has garnered 51 citations and opened new avenues for wireless micro-actuators. More recently, he introduced a groundbreaking bi-enzymatic chemo-mechanical feedback loop (2023, 17 citations) that enables continuous, self-sustained actuation of conducting polymers using only glucose and oxygen as fuel. This work represents a significant leap toward truly autonomous soft robots and biomedical devices. With a career marked by high-impact publications and a reputation for creative, interdisciplinary approaches, Kuhn continues to inspire researchers seeking to harness electrochemical principles for next-generation smart materials and autonomous systems.