| 초록 |
Fully stretchable optoelectronics such as plastic solar cells and displays (e.g., light emitting diodes) have become a core issue in materials and engineering academia and industries. To realize such advanced technology, development of novel concepts in active materials including electrodes, transistors, photo-related organics and substrates should be accompanied with other skills Among them, organic-based transistors employing conducting polymers could be a good model to develop new logics. Various studies have attempted to enhance charge carrier transport by increasing crystallinity. However, these approaches are inevitably limited by the semicrystalline nature of conjugated polymers. In this talk, I would like to report our efforts in development of novel concepts and core materials for fully stretchable optoelectronics. |
