Yining Fan

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About

Yining Fan’s research lies at the intersection of supramolecular chemistry, liquid crystal polymers, and bioinspired soft robotics, with a focus on designing intelligent materials that mimic natural muscle function. Her most notable contribution is the development of a “breathing” supramolecular column-based artificial muscle that achieves continuous, precisely controllable morphing—a breakthrough that overcomes the discrete shape changes typical of order-disorder transition-driven actuators. This work, published in 2023 and already garnering 31 citations, demonstrates how molecular-level design can yield macroscopic, programmable motion, offering a new paradigm for soft robotics, haptic devices, and biomedical implants. By engineering materials that respond with the smooth, graded control of skeletal muscle, Fan has addressed a critical gap in artificial muscle technology. Her research not only advances fundamental understanding of supramolecular assembly but also provides a practical platform for next-generation actuators requiring fine-tuned, reversible deformation. With her innovative approach to harnessing molecular “breathing” for continuous motion, Yining Fan is shaping the future of adaptive materials and soft machines.