Jingyun Lan

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About

Jingyun Lan is a pioneering researcher at the forefront of soft materials and flexible electronics, with a focus on liquid metals and shape memory polymers. Her major contributions lie in bridging the gap between liquid metals and conjugated polymers, creating novel interactive materials for soft robotics and printable circuits. In her highly cited 2020 work, she demonstrated liquid metal-based electrical driven shape memory polymers, achieving 40 citations for its innovative approach to programmable actuation. Lan’s 2022 breakthrough introduced an interactive aqueous ink from core-shell liquid metal and PEDOT:PSS, overcoming the notorious incompatibility between these materials to enable stretchable, conductive composites. This work, with 16 citations, marks a significant step toward multifunctional electronic skins and wearable devices. Her research impacts the development of next-generation soft technologies, combining mechanical adaptability with electrical functionality. Lan’s achievements highlight her as a rising leader in materials science, pushing boundaries in interactive and responsive systems.