The little red, green, and blue dots that make up our LCD screens are a common enough sight, but it's not often that you get to see them up close in motion. This video from a macro photography ...

LCD monitors contain millions of pixels, each one composed of three subpixels: red, blue, and green. When all three are on, a pixel looks white. Other combinations create other colors. A pixel can ...

If you weren't around (or paying attention) during the early days of flat panel display, you might not be aware of the scourge that dead or stuck pixels represented. These pixels either didn't light ...

As previously mentioned, we tend to work with the RGB (Red, Green, Blue) colour space when we are talking about computer screens, televisions and the like. That's because "white light" (or a very ...

Building the pixels of flat-panel displays like tiny telescopes could make them much more power efficient, or make screens easier to read in direct sunlight. Today’s dominant display technology is the ...

When I last wrote in detail about large-screen display technologies, LCDs were becoming increasingly dominant, at the expense of legacy CRT, plasma, and projection-based predecessors. And OLEDs were ...

Sharp's new 1,080x1,920 LCD panels will feature a pixel density of 443 ppi that the technology giant claims is 1.3 times the industry standard and "among the highest in the world." Production began at ...

Pixel Qi’s magic transforming displays seemed too good to be true: One screen that’s both a bright, full color LCD and a reflective, E-Ink quality display for ...

Liquid crystal displays (LCDs) have become the overwhelming choice for both desktop and mobile computing because they offer the best combination of image quality, price, and power efficiency of the ...