Naroa Sadaba

Papers

Total Citations

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About

Naroa Sadaba is pioneering the intersection of advanced materials and additive manufacturing, with a focus on 4D printing, smart sensors, and photoresponsive polymers. Her most-cited work introduces **4D printed protein-gold nanorod nanocomposites** that exhibit photothermal shape recovery—a breakthrough enabling remote, light-activated transformations in printed objects (36 citations). She has also developed **3D printed ionic liquid polymer networks** for stretchable conductive sensors, pushing the boundaries of wearable electronics and soft robotics (24 citations). Her contributions extend to **modular piezoionic sensors** using dynamic covalent bonds, offering lightweight, customizable health-monitoring devices, and **photobase-catalyzed thiol–ene click chemistry** for light-based additive manufacturing, which expands the toolkit for photo-curing resins beyond traditional radical polymerization. With over 80 cumulative citations across her key papers, Sadaba’s work is driving the next generation of responsive, conductive, and adaptive materials. Her achievements include pioneering dynamic covalent chemistry in 3D printing, enabling reconfigurable sensor networks, and advancing sustainable photopolymerization methods. For students and researchers, Sadaba’s research exemplifies how integrating chemistry, materials science, and digital fabrication can create intelligent, stimuli-responsive systems for real-world applications.