Yingjun Liu

Papers

Total Citations

415

H-Index

About

Yingjun Liu is a leading materials scientist whose pioneering work focuses on the design and synthesis of advanced carbon aerogels and graphene-based nanocomposites for flexible, responsive devices. Her most influential contribution is the development of the first highly stretchable carbon aerogels (2018), a breakthrough that overcame the long-standing brittleness of these ultralight porous materials, achieving reversible stretchability while maintaining their low density and porosity. This work has garnered over 300 citations and opened new avenues for wearable electronics and soft robotics. Liu further advanced the field by engineering a shape memory polymer nanocomposite aerogel powered by a stretchable graphene framework (2019), demonstrating millisecond-scale recovery speeds—far surpassing conventional shape memory polymers and rivaling metallic alloys. This innovation, cited over 110 times, has significant implications for high-speed actuators and deployable aerospace structures. Her research elegantly bridges fundamental materials chemistry with practical device engineering, establishing her as a key figure in the development of next-generation smart materials. Liu’s work continues to inspire new strategies for creating multifunctional, responsive aerogels with unprecedented mechanical performance.