Lecture
This lecture covers the history and challenges of organic electronics, intramolecular electron delocalization, electron delocalization in organic materials, electronic perturbations, charge formation and delocalization, transport in organic materials, preparation of organic semiconductor materials, basic organic electronic devices, advanced topics like defects, sensors, bioelectronics, and sustainable electronics. It also discusses the market evolution of organic electronics, the importance of organic materials for sustainable engineering, and a universal supramolecular approach to control diverse functions across different materials.