Pixels containing ink reservoirs could lead to bright e-readers that look more like printed paper.

The pixels also switch between black and white within one millisecond, making the technology suitable for video (LCDs currently switch in a few milliseconds). A slower refresh speed of tens to hundreds of milliseconds is one of the main issues plaguing current e-paper.
So far, Heikenfeld and his colleagues have made rigid black-and-white displays that reflect 55 percent of ambient light--far more than any electronic-paper products currently on the market. White paper reflects 85 percent of ambient light, so it looks much brighter than Heikenfeld's system. But Heikenfeld says that the technology could be used to make full-color flexible plastic displays that have more than 60 percent brilliance, and higher-grade materials and manufacturing processes should eventually make his device almost as bright as white paper.
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