Organic Electronics and Photonics: Fundamentals and Devices V (OEP:F&D)

Abstract Due: 5 December 2025
Author Notification: 26 January 2026
Manuscript Due: 25 March 2026
Organic semiconducting materials are interesting for a myriad of photonic and optoelectronic applications due to their tunability of key electronic and optical properties, their versatility of processing, the softness of their solid films formed, and their potential to allow for non-toxic end-products produced at low ecological footprint. Currently, monochrome organic light-emitting diodes are a commercial technology used especially in mobile displays, while organic photovoltaics and sensors for low cost, bio, artificial skin, or wearable applications have seen rapid development. Despite these advances, in all cases the full potential of organic semiconductors is not yet exploited, e.g. because of an incomplete understanding of the underlying structure-property relationships. Experimental and theoretical basic research into charge, energy and spin transfer processes, organic-organic interfaces and their electronic structure continues to provide new insights that drive further development. Based on this very versatile organic material platform and its unique set of properties, it is expected that many other innovative application concepts will be discovered and developed.