P. Milani

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About

P. Milani is a leading figure in the emerging field of **neuromorphic materials and soft robotics**, pioneering the development of unconventional computing and actuation systems. Their major contributions center on creating **adaptive, in-materia computing substrates** using nanostructured gold networks, which function as soft electronic switches and logic gates capable of learning and reconfiguring without traditional silicon-based architectures. This work, published in 2024, has already garnered **5 citations**, signaling its foundational role in advancing energy-efficient, autonomous hardware for neuromorphic computing. In parallel, Milani has made significant strides in **soft robotics** by developing electropneumatic oscillators that mimic biological central pattern generators, enabling rhythmic limb movements from constant inputs—a breakthrough for lifelike robotic locomotion. Their 2025 paper on this topic, with **2 citations**, showcases a novel approach to constructing physical, nonlinear inflatable systems that replace software-based control. Milani’s research uniquely bridges materials science, physics, and robotics, offering tangible pathways toward adaptive, low-power devices. Their work is notable for its interdisciplinary impact, promising to reshape how we design autonomous systems that process information and move through the world with biological-like efficiency.