Xiaorong Dou
Papers
2
Total Citations
43
H-Index
2
About
Xiaorong Dou is a rising leader in the field of soft materials and dielectric elastomers, pioneering molecular-level strategies to overcome fundamental performance limits in electroactive polymers. Their research centers on the molecular engineering of polymer networks to achieve unprecedented electroactive deformation and energy storage capabilities. Dou’s most-cited work introduces a dielectric elastomer network with large side groups that enables large electroactive deformation without prestretch—a critical breakthrough for soft robotic grippers, achieving deformations previously unattainable in unstretched elastomers (39 citations, 2024). This innovation directly addresses the long-standing trade-off between compliance and actuation strain. More recently, Dou has advanced the field of polymer film capacitors through molecular engineering of DAP-grafted polypropylene, demonstrating ultrahigh-energy-density films that also enable smart electrostatic adhesion (4 citations, 2025). This work tackles the dual challenges of low energy density and scalable ultra-thin film fabrication. By combining fundamental polymer chemistry with applied device engineering, Dou’s research is shaping the next generation of soft actuators, energy storage systems, and adaptive adhesives, with growing impact across robotics and electronics.
Research Focus
Key Achievements
Top Papers
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