Organic ultrathin semiconductor nanostructures have attracted continuous attention in recent
years owing to their excellent charge transport capability, favorable flexibility, solution …

The development of semiconductor technology is stimulating a significant amount of
research into the synthesis of semiconductors and the structural aspects of devices. The …

Multi‐scale organization of molecular and living components is one of the most critical
parameters that regulate charge transport in electroactive systems—whether abiotic, biotic …

The use of organic semiconductors in photodetectors has led to promising results in low-cost
light sensing. Although the relatively narrow absorption band of most organic compounds …

Organic single crystals with low defect density are key functional materials for next‐
generation electronics. Classical crystallization commonly results in a high density of …

Integrating photolithography with polymer semiconductor (PSC) patterning is challenging
due to potential damage caused by additional agents such as photoresists and solvents …

Organic semiconductor single crystal has excellent device performance due to its long-
range ordered molecular arrangement, few defects and grain boundaries. It is considered as …

Disclosed herein are surface-modified electron transport layers (" ETLs") of organic light-
emitting diodes (" OLEDs"). The ETLs comprise a ring-opening reaction product between a …