| 초록 |
With the advent of the Internet of Things (IoT), molecule-based sensors have recently attracted great interest due to their high potential for use in flexible, low-cost, and large-area electronics. Functional properties can be tailored by rational molecular design or surface functionalization to enhance their selectivity and sensitivity. Nanoscopically engineered organic semiconducting materials have emerged as promising building blocks for flexible sensors. This talk will introduce our recent works on molecule-based soft electronics. Unconventional organic and polymeric nanomaterials covering single-crystalline nanowires, nanoporous films, core-shell nanomaterials, multiple-patterned plasmonic nanostructures, and chiral supramolecules will be presented with their applications in flexible and wearable sensors. In addition, charge transport and photophysical behaviors of molecule-based active layers will be discussed. |
