Zipeng Guo

Papers

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About

Zipeng Guo is a rising innovator at the intersection of advanced manufacturing and soft electronics, with a primary focus on 3D-printed functional materials and self-powered sensing systems. His most cited work, "3D-printed conducting polymer hydrogel-based DC generator for self-powered electromechanical sensing" (2023, 28 citations), introduces a groundbreaking approach to integrating conductive polymer hydrogels into additive manufacturing. This research demonstrates a novel DC generator that harvests mechanical energy directly from environmental motion, enabling self-powered electromechanical sensors without external batteries. Guo’s contribution lies in seamlessly combining material science—specifically the synthesis of flexible, ionically conductive hydrogels—with precise 3D printing techniques to create durable, wearable devices. His work has already garnered attention for its potential in soft robotics and human-machine interfaces, offering a sustainable path toward autonomous sensing. As a young researcher, Guo’s achievements signal a promising trajectory in sustainable energy harvesting and smart materials, positioning him as a key voice in the next generation of self-powered electronics.