Organic light‐emitting transistors (OLETs) are possibly the smallest integrated optoelectronic
devices that combine the switching and amplification mechanisms of organic field‐effect …

Organic semiconductor materials have been widely used in various optoelectronic devices
due to their rich optical and/or electrical properties, which are highly related to their excited …

Materials design has become a vigorous aspect for organic solid‐state lasing, which often
lacks a fundamental understanding of structure–property relationships. The development of …

Organic light‐emitting transistors (OLETs), as novel and attractive kinds of organic electronic
devices, have gained extensive attention from both academia and industry. The unique …

Organic light‐emitting transistors (OLETs) represent an emerging class of organic
optoelectronic devices, wherein the electrical switching capability of organic field‐effect …

Organic semiconductor single crystals, with the unique advantages of high carrier transport
properties, high optical quality, and low defect density, are ideal candidates for constructing …

Because of long‐range order and high chemical purity, organic crystals have exhibit unique
properties and attracted a lot of interest for application in solid‐state lasers. As optical gain …

The lack of design principle for developing high-performance polymer materials displaying
strong fluorescence and high ambipolar charge mobilities limited their performance in …

Recent progress in photoactive organic field-effect transistors (OFETs) is reviewed.
Photoactive OFETs are divided into light-emitting (LE) and light-receiving (LR) OFETs. In the …

The smart integration of multiple devices in a single functional unit is boosting the advent of
compact optical sensors for on‐site analysis. Nevertheless, the development of miniaturized …