Yongzheng Xing
Papers
2
Total Citations
31
H-Index
2
About
Yongzheng Xing is a rising leader in the field of smart stimuli-responsive polymers, with a focus on shape memory materials and bioinspired actuators. His most celebrated work introduces a Mimosa-inspired body temperature-responsive shape memory polymer network, which achieves high energy densities, multi-recyclability, self-healing, and degradability—mimicking the rapid, reversible actuation of the Mimosa plant. This breakthrough, already garnering 28 citations since 2024, holds promise for biomedical devices and soft robotics. Xing also pioneered pH-sensitive Janus hydrogels with bidirectional bending behaviors, enabling precise, environment-responsive motion through asymmetric bilayer design. His research uniquely integrates dynamic covalent chemistry and multi-stimuli responsiveness, advancing sustainable, programmable materials. With a growing citation impact and innovative contributions to recyclable, adaptive systems, Xing is shaping the next generation of intelligent materials for applications ranging from smart textiles to implantable devices.
Research Focus
Key Achievements
Top Papers
- 1
- 2pH‐Sensitive Janus Hydrogels with Bidirectional Bending Behaviors3 citations · 2025