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About

Edoardo Milana is a pioneering researcher in soft robotics, whose work bridges bioinspired design, autonomous systems, and intelligent actuation mechanisms. His research spans several interconnected domains, including pneumatic soft actuators, embodied intelligence, bioinspired locomotion, and microfluidic systems, establishing him as an innovative voice in next-generation robotics. Milana's most celebrated contribution, "Towards Enduring Autonomous Robots via Embodied Energy" (2022, 220 citations), challenges conventional energy paradigms in robotics by embedding energy harvesting directly into robot bodies — a transformative concept for long-duration autonomy. His early work on hardware sequencing of inflatable actuators (2018, 92 citations) demonstrated how complex robot behaviors could be achieved through smart mechanical design rather than software alone, a philosophy he has consistently advanced. His studies on artificial cilia and metachronal fluid propulsion (2020, 81 citations) reflect a deep commitment to biological mimicry at multiple scales, while EELWORM (2020, 38 citations) showcases his ability to translate these principles into capable amphibious platforms. His 2025 work on "physical control" synthesizes these threads into a broader framework for intelligence without computation. Across more than 550 cumulative citations, Milana's research consistently reimagines what autonomous soft robots can achieve through elegant, embodied solutions.