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About

Peiyong Feng is a rising innovator in the field of smart soft materials, with a research focus on multifunctional hydrogels, nanocomposite elastomers, and bioinspired soft robotics. Feng’s major contributions center on engineering materials that seamlessly integrate actuation and sensing—functions often at odds in homogeneous systems. In their most-cited work (2024, 55 citations), Feng introduced a smart sensing hydrogel actuator powered by a gradient arrangement of MXene nanosheets, enabling precise, stimuli-responsive motion coupled with real-time strain detection. This work, along with a 2025 study (4 citations) on gradient-structured hydrogels for biomimetic robotics, demonstrates a breakthrough in reconciling autonomous movement with sensory feedback, drawing direct inspiration from natural symbiotic systems. Earlier, Feng developed a supramolecular polydimethylsiloxane-based nanocomposite elastomer (2021, 6 citations) that combines self-healing ability with high stretchability—key for durable wearable sensors and soft robotic applications. With a growing citation footprint and a clear trajectory toward intelligent, adaptive materials, Feng is establishing a reputation for creating next-generation platforms that blur the line between structure and function, offering exciting possibilities for human motion detection, soft robotics, and diver technologies.