Yi Huang

Papers

Total Citations

158

H-Index

About

Yi Huang is a pioneering researcher in flexible electronics and micro-robotics, with a focus on graphene-based sensory systems and advanced microfabrication techniques. Their most cited work, "All-Graphene-Based Highly Flexible Noncontact Electronic Skin" (2017, 141 citations), introduces a breakthrough in noncontact e-skin technology, enabling superior long-range, high-spatial-resolution sensing for prosthetics and human-machine interfaces. This innovation addresses critical challenges in emulating human touch without physical contact, showcasing Huang’s expertise in nanomaterial integration and device flexibility. More recently, Huang has advanced micro-robotics with "One‐step fabrication of moon‐shaped microrobots through in situ solidification of magnetic Janus droplets in microchannels" (2023, 17 citations), a novel method for creating asymmetrical, magnetically responsive microrobots. This work opens new avenues for controlled drug delivery, chemical reactions, and functional material synthesis. With over 150 citations across their portfolio, Huang’s contributions are shaping next-generation wearable sensors and miniature robotic systems, bridging materials science and biomedical engineering. Their research exemplifies innovation in scalable, multifunctional devices, making them a key figure in the evolution of smart, responsive technologies.