We design ionic hydrogels, stretchable electronics, and wearable devices that bridge polymer science and real-world applications.
Designing double-network and zwitterionic hydrogel architectures with controlled ionic conductivity, mechanical toughness, and stretchability exceeding 1000%.
3D printing and microfluidic fabrication of structured soft materials — from fiber-shaped hydrogels to multilayer ionogel films with precisely tuned geometry.
Conductive hydrogel and ionogel electrodes for skin-conformal electronics, combining high electrical performance with extreme mechanical deformability.
Deformable triboelectric nanogenerators and intrinsically stretchable microsupercapacitors for self-powered wearable systems.
AC electroluminescent devices and quantum-dot color converters with multicolor patterning, printed onto ionic hydrogel substrates.
Skin-adhesive biosignal sensors, hydrogel optical fibers for photobiomodulation, and soft scaffolds for electrostimulation and tissue interfacing.
Stretchable microsupercapacitor work covered by national press.
Poster Presentation Award at PSK Spring Meeting 2025.
Prof. Yoon joins the Dept. of Chemical Engineering, UOS.
Prof. Yoon receives the Toray Award at PSK Fall 2023.