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About

Tao Yang is an innovative materials scientist and soft robotics researcher whose work sits at the intersection of stimuli-responsive materials, microrobotics, and advanced sensing technologies. Yang's research has made significant contributions to the development of liquid crystal elastomers (LCEs) for artificial muscle applications, most notably demonstrating photocontrollable elongation actuation through precisely engineered crease structures — a landmark achievement that has already garnered 79 citations since 2023, addressing a fundamental limitation in LCE-based systems that previously struggled to generate elongation forces. Beyond soft actuators, Yang has pioneered the integration of micromotor platforms with surface-enhanced Raman scattering (SERS) sensing, creating magnetic micromotors with spiky gold nanoshells capable of detecting pesticides and bacteria with remarkable sensitivity — work that has attracted 24 citations within its first year. Most recently, Yang has drawn inspiration from biological systems, engineering bacteria-mimicking soft robots with responsive flagellar bundles that replicate the elegant "run-to-tumble" switching behavior of peritrichous bacteria. Together, these contributions establish Yang as a creative force bridging bioinspired design, smart materials, and functional microrobotics.