Our TCL Roku TV started smoking profusely out of the power supply board. That was enough to make me not care too much about quantum dots. The culprit, a cheap 100pF 1kV capacitor disc burned to dust.

Luminescent aluminum compounds have been utilized for emitting and electron transporting layers in organic light-emitting diodes, but most exhibit fluorescence as opposed to phosphorescence.

As reported by ETNews, LG Display has "successfully developed an OLED panel based on blue phosphorescence." The panel is apparently a two-stack tandem OLED and will have similar longevity to ...

OLED pixels are composed of organic material that emits light by either phosphorescence or fluorescence. Phosphorescence is generally more efficient and can degrade more slowly. Red and green ...

According to a new report, it all comes down to blue phosphorescence or PHOLED, and LG claims that it's cracked this elusive 'Dream OLED' technology. Here is a quick primer on what makes blue ...

The innovation involves a new panel utilising so-called blue phosphorescence. Previously, blue OLED technology was restricted to less efficient fluorescent emission tech, while red and green OLED ...

The impurity conundrum of ultralong organic phosphorescence: Commercial carbazole (Cz, which is an aromatic heterocyclic organic compound) has been widely used to synthesize organic functional ...

Another is phosphorescence. The main difference between the two is the duration of light emission after the electron has been “excited”. In fluorescence, the glow ends once the “excitement ...