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About

Tianjiao Jia is a leading researcher in smart textiles and soft robotics, whose work bridges materials science and adaptive systems. Their key research areas include moisture-sensitive smart yarns, photothermal bimorph actuators, and bio-inspired soft robots. Jia’s most influential contribution is the development of moisture-sensitive smart yarns and textiles from self-balanced silk fiber muscles, a breakthrough that has garnered 307 citations. This innovation enables textiles to sense and adapt to environmental humidity, offering a scalable, comfortable platform for wearable technology. In parallel, Jia’s work on photothermal bimorph actuators with in-built coolers (142 citations) has advanced light-driven soft robotics, enabling devices like light mills and frequency switches that operate efficiently at low temperature differentials. These actuators achieve rapid response and large bending amplitudes, as highlighted in their 2019 *Advanced Functional Materials* publication. Jia’s research is notable for its practical impact—addressing key challenges in manufacturing cost, comfort, and performance—and for pioneering new paradigms in adaptive materials. Their contributions have positioned them as a key figure in the next generation of intelligent textiles and soft robotic systems, inspiring further exploration in responsive, energy-efficient technologies.