Come flexible screens
Flat screens that can wrap them and put them
the pocket is very likely to be a reality soon enough, thanks to a completely new technology that listens to the name QD.
H This technology, known as the ...
'Quantum dot', developed by a team of British scientists and can be used to manufacture ultra-thin televisions. Companies like Samsung are already working on flexible displays OLED, but the QD displays are much thinner and more flexible.
The technology is the emission of light particles, which have a diameter of 100,000 times smaller than a human hair dryer and imprinted on a flexible plastic which can be wound even in huge sheets of paper to create huge screens.
Because of its small size, a quantum dot allows the manufacturer to determine the wavelength of emission, which then determines the color of light the human eye can see. This results in the setting of points during the production of light to emit any color.
Scientists in Nanoco in Manchester, now working with large Asian electronics companies and the first TVs that will use the new technology is expected to release by the end of next year. Now on flexible screens, are expected to delay a little longer and make their appearance in stores over the next three years.
Although the names of companies have started cooperation, not reported, the rumors of Sony, Sharp, Samsung and LG to work on this technology. Most televisions are produced using a liquid crystal display (LCD), which is illuminated by light emitting diodes (LED), while the total thickness of the screen is just a few millimeters.
By using quantum dot technology, get ready for more televisions lighter and thinner TVs than they have encountered so far.
techit
Flat screens that can wrap them and put them
the pocket is very likely to be a reality soon enough, thanks to a completely new technology that listens to the name QD.
H This technology, known as the ...
'Quantum dot', developed by a team of British scientists and can be used to manufacture ultra-thin televisions. Companies like Samsung are already working on flexible displays OLED, but the QD displays are much thinner and more flexible.
The technology is the emission of light particles, which have a diameter of 100,000 times smaller than a human hair dryer and imprinted on a flexible plastic which can be wound even in huge sheets of paper to create huge screens.
Because of its small size, a quantum dot allows the manufacturer to determine the wavelength of emission, which then determines the color of light the human eye can see. This results in the setting of points during the production of light to emit any color.
Scientists in Nanoco in Manchester, now working with large Asian electronics companies and the first TVs that will use the new technology is expected to release by the end of next year. Now on flexible screens, are expected to delay a little longer and make their appearance in stores over the next three years.
Although the names of companies have started cooperation, not reported, the rumors of Sony, Sharp, Samsung and LG to work on this technology. Most televisions are produced using a liquid crystal display (LCD), which is illuminated by light emitting diodes (LED), while the total thickness of the screen is just a few millimeters.
By using quantum dot technology, get ready for more televisions lighter and thinner TVs than they have encountered so far.
techit
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