The problem is that blue light is the highest energy that an RGB device must produce: the molecules in blue phosphorescent ...

Kristin Dasaro, Director, Package Engineering and Sustainability at Mary Kay, greets Brazilian cancer researcher, Carolina de ...

For those who appreciate the craftsmanship of older items, the furniture section offers a trip through time via chair legs ...

Just one big definitive list of things we love including the "best sheets known to man" and a "hand cream that I can't live ...

Two new technologies, stacked panels and phosphorescent blues, could further improve OLED's already best-in-class picture ...

On a rainy Tuesday morning, stragglers found shelter and beauty amid a gathering crowd in The New School University Center.

LG's solution includes a two-stack tandem structure with blue fluorescent material on the lower layer and blue phosphorescent material on the upper layer. The downside is that LG's current 'dream ...

Blue sub-pixels, however, still rely on the less efficient fluorescent process. Because blue light needs extra power to match the brightness of red and green, those pixels wear out faster ...

How extended screen time contributes to digital burnout, disrupted sleep, and computer vision syndrome — and how JINS blue light lenses offer a stylish, science-backed solution.

Good news for anyone hankering for a cheaper OLED TV: a new scientific breakthrough could pave the way for cheaper, more efficient OLED displays in our smart TVs, phones, tablets, and pretty much ...

The material maintains sharp color and contrast ... Current OLEDs use phosphorescent red and green pixels and fluorescent blue pixels, avoiding blue pixel burnout at the expense of lower energy ...