Molecular Orientation Strategy via Ternary Component Transfer Lamination for Efficient Light Energy Harvesting and Trap Reduced Signal Detection (Adv. Funct. Mater. 32/2025)

Transfer Lamination In article number 2422804, Dong Hwan Wang and co-workers develop a novel thin film fabrication by attaching a ternary organic active layer to the top of the PEDOT:PSS substrate through the transfer-lamination process. This transfer-laminated organic solar cell and photodetector are utilized as a light energy harvesting and signal detecting application, which obtain efficient power conversion efficiency and detectivity based on improved photocurrent, fast photo-response speed, suppressed noise.