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About

Tengteng Tang is a rising star in advanced manufacturing, whose research sits at the intersection of 4D printing, bioinspired materials, and functional composites. Tang’s core contributions lie in developing novel vat photopolymerization techniques that endow printed structures with dynamic, stimuli-responsive behaviors. Their landmark 2022 work on “Three-Dimensional Printing of Liquid Crystals with Thermal Sensing Capability” (29 citations) introduced a multimaterial approach that mimics the adaptive camouflage of the Japetella heathi octopus, creating structures that sense and respond to temperature changes. Equally impactful is their seed capsule-inspired hygro-responsive structures (27 citations), which replicate the moisture-driven opening of Delosperma nakurense seed capsules through liquid crystal templating—a breakthrough in 4D printing that earned a cover feature in *Advanced Functional Materials*. Tang has also pioneered electrically assisted vat photopolymerization to fabricate hierarchical surfaces with tunable roughness for enhanced hydrophobicity, and recently contributed to direct ink writing of polymer matrix composites. By bridging nature’s architectural wisdom with cutting-edge additive manufacturing, Tang is forging a new path toward intelligent, self-adaptive materials that promise transformative applications in soft robotics, smart textiles, and environmental sensing.