Jingjing Tang
Papers
3
Total Citations
21
H-Index
2
About
Dr. Jingjing Tang is pioneering the next generation of soft, intelligent materials for flexible sensing and wearable electronics. Her research focuses on bioinspired ion-conductive elastomers and smart hydrogels, addressing the fundamental challenge of balancing mechanical robustness with high ionic conductivity. In her landmark 2025 work, Tang developed a liquid-free ion-conductive elastomer that achieves ultrahigh mechanical strength alongside excellent ionic conductivity—a breakthrough that overcomes the traditional trade-off between these properties. This material, already garnering 17 citations, enables multifunctional flexible sensors for wearable devices and soft touch screens. She further advanced the field by engineering near-infrared responsive dual-network hydrogels with enhanced photothermal conversion and reversible deformation capabilities, opening avenues for smart, remotely controlled actuators. Most recently, Tang drew inspiration from shark skin and ampullary duct structures to create a highly strong, self-healing, and recyclable conductive ionic gel. This innovation yielded ultra-sensitive microneedle sensors capable of detecting low-pressure strains underwater, demonstrating remarkable environmental adaptability. With her work consistently pushing the boundaries of biomimetic design and ionic conductivity, Dr. Tang is establishing herself as a leading voice in sustainable, high-performance soft electronics.
Research Focus
Key Achievements
Top Papers
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