Here we present recent progress in developing efficient wet-coated organic light-emitting
devices (OLEDs) for lighting applications. In particular, we describe a novel approach
for building efficient wet-coated dye-doped blue phosphorescent devices. Further, a novel
approach for achieving arbitrary emission patterning for OLEDs is discussed. This approach
utilizes a photo-induced chemical doping strategy for selectively activating charge injection
materials, thus enabling devices with arbitrary emission patterning. This approach may provide
a simple, low cost path towards specialty lighting and signage applications for OLED
technology.
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