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About

Tongqing Lu is a distinguished researcher whose work sits at the intersection of soft matter mechanics, smart materials, and flexible electronics. His scholarship spans dielectric elastomers, hydrogels, and ionotronic devices, with a particular focus on bridging theoretical modeling and real-world engineering applications in soft robotics, wearable technology, and biomedical systems. Lu's most influential contribution, a comprehensive 2020 review of dielectric elastomer mechanics (198 citations), established him as a leading authority in the field. His development of constitutive models capturing viscoelasticity and the Mullins effect (96 citations) provided the soft materials community with rigorous tools for predicting complex material behavior under cyclic loading. He also pioneered dielectric gels combining ultra-high dielectric constants with low elastic moduli and optical transparency (90 citations), a materials breakthrough previously considered unachievable. Beyond materials design, Lu has made significant strides in soft sensing systems. His stretchable hydrogel–elastomer ionic skin sensors (125 citations) and innovative hydrogel 3D printing techniques (66 citations) demonstrate his commitment to translating fundamental insights into functional devices. His multiaxis tactile sensors and crack-based hydrogel sensors further reflect a career dedicated to advancing intelligent soft machines, making his research essential reading for anyone entering the fields of flexible electronics or soft robotics.