Design & Synthesis of Functional Ionic Conductors

Molecular Design/Synthesis of Functional Ionic Conductors

Ionotronic systems utilize ions as charge carriers, rather than traditional electrical charge carriers (e.g., electrons or holes), and offer unique features such as high deformability, versatile functionality, and biocompatibility. Ionic conductors (also known as electrolytes) are key components in ionotronics.

Our research focuses on developing advanced ionic conductors (ion gels) through the molecular design of polymer gelators and ionic liquids. By engineering these ionic conductors, we aim to overcome the conventional trade-off between ionic conductivity and mechanical robustness to achieve high-performance materials.

Our molecular design strategies also involve tailoring ion dynamics and transport, as well as implementing self-healability and stimuli-responsiveness. These advancements significantly enhance the performance, reliability, and versatility of ionic conductors, expanding their applicability in future ionotronic technologies.