| Research summary

- The development of source material technology available for future soft electronics is urgently needed - Existing inorganic-based materials for hard electronics have less ability to flex and stretch, having difficulty of utilizing for the next-generation soft electronics - Requirement of innovative novel soft-materials which overcome the stretchability/deformability limits of the present flexible materials - Requirement of high-performance soft materials compatible with soft device, process, and platform

| Detailed assignment

3-1. Nano-Structure and Interface Engineering of Soft Molecular Materials for Soft Electronics (Kilwon Cho, POSTECH) 3-2. Development of soft sensors and circuits for mobile healthcare (Yong-Young Noh, Dongguk Univ.) 3-3. Development of Large-Area Multi-Modal Smart Sensor Sheet for Robot Skin Applications (Yongtaek Hong, Seoul National Univ.) 3-4. Development of broadband mechanical stimuli responsive multimodal electronic skin with high sensitivity (Do Hwan Kim, Hanyang Univ.) 3-5. Development of wearable sensor platform and interconnection method (Unyong Jeong, POSTECH) 3-6. Development of hybrid electrodes for soft devices (Joong Tark Han, KERI)