Mingqi Yu

Papers

Total Citations

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About

Mingqi Yu is a rising leader at the intersection of advanced manufacturing and smart materials, with a primary focus on electroactive hydrogels (EAHs) and high-resolution 3D printing. Their most-cited work, "Rapid 3D printing of electro-active hydrogels" (2024), introduces a tunable EAH formulation optimized for micro continuous liquid interface production (µCLIP). This breakthrough enables the fabrication of intricate, responsive structures that change shape or size under an electric field—key for next-generation biosensors and soft actuators. By solving the longstanding challenge of combining rapid print speeds with material responsiveness, Yu’s research bridges the gap between programmable matter and scalable additive manufacturing. Though early in their career, their work has already garnered attention (2 citations) for its potential to revolutionize soft robotics and biomedical devices. Yu’s contributions are particularly notable for demonstrating that high-fidelity 3D printing of active materials is not only possible but practical, opening new avenues for customizable, stimuli-responsive devices. Their innovative approach positions them as a promising voice in the field of smart materials and digital fabrication.