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A design strategy for achieving both efficient solid‐state luminescence and high carrier transport properties in organic amorphous molecular materials is demonstrated by Chihaya Adachi, Takuma Yasuda, and co‐workers on page 2666. The designed star‐burst molecules form amorphous solid films, in which they can align horizontally onto the substrate. This preferential horizontal molecular orientation...
Bifunctional star‐burst amorphous molecular materials displaying both efficient solid‐state luminescence and high hole‐transport properties are developed in this study. A high external electroluminescence quantum efficiency up to 5.9% is attained in OLEDs employing the developed amorphous materials. It is revealed that the spontaneous horizontal orientation of these light‐emitting molecules in their...
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