Huan Xiao

Papers

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About

Dr. Huan Xiao is a pioneering researcher at the forefront of advanced functional materials and intelligent microsystems, with a core focus on self-powered sensing technologies and additive manufacturing. Her work masterfully bridges materials science and engineering to create next-generation devices that operate autonomously and respond to complex environmental stimuli. A landmark contribution is her development of self-powered smart skins that integrate triboelectric and hygroelectric principles, enabling multimodal tactile perception without external batteries—a breakthrough with 26 citations that promises to revolutionize human-machine interfaces and soft robotics. Dr. Xiao is equally celebrated for her innovative approach to microactuator fabrication. She introduced a one-step, continuous three-dimensional printing method using a double-barreled theta pipette, allowing the high-resolution creation of multi-stimuli-responsive bilayer microactuators. This work, garnering 15 citations, directly addresses the critical challenge of high-cost, complicated fabrication in small-scale robotics, offering a scalable, accessible pathway for creating sophisticated, responsive structures. Through these achievements, Dr. Xiao is establishing herself as a leading voice in sustainable, intelligent materials and the future of autonomous microdevices.