Our lab integrates molecular self-assembly for microstructural control and fiber spinning techniques for macroscopic fiber formation. This synergistic approach bridges molecular design with material performance, enabling next-generation applications in energy, sensing, and wearable electronics, while revealing the fundamental process–structure–property relationships of advanced functional fibers and materials.
Our research integrates molecular design, advanced fabrication, and structural characterization to develop next-generation functional materials. We aim to uncover the fundamental relationships between structure, property, and performance to enable innovations in energy, sensing, and wearable technologies.
Get to know the passionate students driving our discoveries. Our goal is using the power of research to fulfill industry and create social impacts.
Explore our latest research highlights, publications, and breakthroughs in functional materials science.
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