Pixelating patterns of red, green, and blue quantum dots (QDs) is a critical challenge for
realizing high‐end displays with bright and vivid images for virtual, augmented, and mixed …

Due to their excellent features of high efficiency, stability, and high color purity, quantum-dot
light-emitting diodes (QD-LEDs) are considered to have great potential as next-generation …

Direct optical lithography presents a promising patterning method for colloidal quantum dots
(QDs). However, additional care needs to be taken to prevent deterioration of the optical …

Organic/inorganic hybrid phototransistors are an emerging class of advanced optoelectronic
devices. The separated organic high absorption layer and inorganic carrier transport layer …

For the new display technology based on quantum dots (QDs), achieving high‐precision
red, green, and blue pixel arrays has always been a research focus in the pursuit of high …

It is vital to acquire real‐time pH signals with high resolution as pH variation can reflect
important information regarding health status and physiological environment. Field‐effect …

Direct photolithography, which utilizes photosensitive quantum dot (QD) inks, is a powerful
patterning method for implementing next-generation high-resolution QD displays. However …

Direct patterning technology holds significant promise owing to its ability to streamline
complex patterning processes, fostering affordable design and production of various …

Precise pixel control of quantum dots (QDs) offers unparalleled opportunities for various
display applications, such as the OLED and Micro-LED. However, precise selective …

Semiconductor colloidal quantum dots (CQDs) have emerged as pivotal entities at the
forefront of modern nanotechnology, promising revolutionary advancements across various …