Min-Na Sun

Beijing Information Science & Technology University

Papers

Total Citations

H-Index

About

Min-Na Sun is a rising figure in the field of flexible electronics and smart materials, with a primary focus on the design and application of advanced polymeric hydrogels. Her research centers on developing highly conductive, mechanically robust ionohydrogels for next-generation wearable sensors and soft robotics. Sun’s most notable contribution is her pioneering work on the PAA-Fe³⁺-IL ionohydrogel, a poly(acrylic acid)-based composite that integrates ionic liquids and metal ions to achieve exceptional electrical conductivity and stretchability. This material, detailed in her 2025 paper (8 citations), demonstrates remarkable potential for humidity sensing, addressing critical challenges in environmental monitoring and healthcare diagnostics. By synergizing ionic conductivity with mechanical resilience, Sun’s innovations enable reliable performance in dynamic, real-world conditions—a key step toward practical e-skin and biomedical devices. Her work has already garnered attention for bridging fundamental polymer science with application-driven engineering, positioning her as an emerging leader in soft electronics. With a growing citation record and a clear trajectory toward scalable, high-performance materials, Min-Na Sun’s research promises to shape the future of wearable technology and intelligent sensing systems.