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About

Dr. Hai Li is a pioneering researcher in the field of wearable electronics and intelligent robotic systems, with a focus on advanced materials for multifunctional sensing. Her major contributions include the development of a frost- and dehydration-resistive ion-doped hydrogel-MXene composite for highly sensitive temperature detection (2023, 20 citations), which overcomes traditional hydrogel limitations in thermal and electrical conductivity, enabling stable human health monitoring. She also engineered EGaIn/Ag/ZnO egg-shell ternary composite particles for high-performance pressure and proximity dual-mode sensing (2023, 7 citations), leveraging biocompatible liquid metals for versatile wearable devices. In robotics, Dr. Li has advanced industrial automation through a dual-camera assisted method for SCARA robot online assembly of cellphone batteries (2017, 5 citations) and implemented ROS-based control of a soft gripper with force feedback (2021, 2 citations). Her work bridges materials science and robotics, addressing critical challenges in sensor stability and robotic dexterity. With a growing citation impact, Dr. Li’s innovations hold promise for next-generation wearable health monitors and intelligent manufacturing systems.