Scientists have developed organic semiconductors that produce circularly polarized light and potentially improve current ...

and active matrix OLED devices followed in the late 2000s (see AMOLED). OLED shares similarities with both LED and LCD technologies. OLED TV screens are approximately 3/16" thick, and that ...

Organic Light Emitting Diodes (OLEDs) have gained significant attention since researchers at Eastman Kodak pioneered the development of OLED technology in the 1970s and demonstrated the first ...

Researchers have advanced a decades-old challenge in the field of organic semiconductors, opening new possibilities for the ...

Next, we consider the structure of displays. The OLED device itself is extremely thin (approximately 0.5 μm including electrodes), so the display thickness depends mainly on the thickness of the ...

According to some well-placed sources, the switch to OLED hasn't shifted as many iPad Pros as Apple would've liked.

Apple's first foldable iPad Pro rumored to have 18.8-inch display with under-display FaceID, expected to drop in 2028 with ...

The evolution of P-OLED technology has been made possible by advances in all areas of science and engineering relating to displays: materials science, device structure and manufacturing technology.

And while all OLED devices use blue pixels, the reason that's especially good for TVs is that even the latest and greatest TV tech requires multiple layers of blue pixels, so that's where the ...

For example, TCL has a new series of "QD-Mini-LED" TVs and LG has announced that it's moving to a new four stack OLED panel structure. The variations and names might make your head spin ...