Lipei Yue
Papers
2
Total Citations
72
H-Index
2
About
Lipei Yue is a leading researcher in the development of advanced functional hydrogels, with a primary focus on conductive, self-healing materials for next-generation electronic devices. Her work addresses a critical challenge in soft electronics: balancing mechanical robustness with autonomous repair capabilities. Yue’s most influential contribution is the design of a cellulose nanocomposite-modified conductive self-healing hydrogel (2021, 47 citations), which significantly enhances mechanical properties while maintaining rapid self-healing at room temperature. This innovation builds on her earlier foundational work (2019, 25 citations), where she demonstrated a simple free radical polymerization method to create hydrogels with high conductivity and autonomous self-healing. By integrating cellulose nanomaterials, Yue’s research not only improves the durability and lifespan of electronic components but also reduces maintenance costs—a key step toward sustainable, long-lasting wearable devices and soft robotics. Her work is widely cited for its practical synthesis strategies and its potential to transform the reliability of flexible electronics. Yue’s contributions continue to inspire new approaches in biomimetic materials, bridging the gap between polymer chemistry and real-world device applications.
Research Focus
Key Achievements
Top Papers
- 1
- 2