OLED Science and Technology

Four-volume OLED reference spanning materials science to device commercialization Organic light-emitting diode research and commercialization demand interdisciplinary knowledge spanning chemistry, device physics, and manufacturing. OLED Science and Technology: Materials, Applications, and Markets is a four-volume reference connecting fundamental materials science with practical device applications, patent portfolios, and the commercialization of core technologies, providing an integrated treatment of the full OLED value chain. The volumes detail the latest breakthroughs in blue phosphorescent materials and thermally activated delayed fluorescence emitters critical to improving device efficiency and operational lifespan. Case studies illustrate real-world commercialization pathways, while dedicated coverage of the OLED patent landscape maps intellectual property across the industry. Future trends in communications, display technologies, and healthcare applications are also examined. Key topics also include: Device architecture optimization strategies and manufacturing process developments driving cost reduction for large-scale OLED productionAnalysis of the OLED materials market projected to reach USD 128.1 billion by 2032 and its growth driversFlexible and foldable display technologies enabling next-generation consumer electronics, signage, and wearable device applicationsDetailed treatment of hole-transport, electron-transport, and emitter material classes with structure-property relationships and design principlesChallenges and research directions required for widespread OLED adoption across lighting, display, and biomedical sectors This four-volume set serves materials scientists, electronics engineers, solid-state physicists, organic and inorganic chemists, and optical industry professionals seeking an authoritative reference on OLED technology. Graduate students and researchers in materials science and electrical engineering will find it an equally valuable resource.