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Hollywood needs pricey special effects to make Harry Potter's magical world come to life. But one bit of movie magic, Harry's full-motion-video newspaper, may not be so far from reality. In this ScienCentral News video we see that prototypes of these displays have already been successfully demonstrated in the lab.
Muggles -- what Harry Potter calls us regular folks -- could soon have access to a staple of the wizard's world. Purdue University's David Janes is using nanotechnology to create a high-tech display that could be used for a newspaper that updates itself, complete with moving pictures.
"So instead of seeing a static picture on your newspaper headline, you would actually see a character talking at you. Certainly I think this would be a way to do that," says Janes.
Janes leads a team of researchers from several universities, including Northwestern and the University of Southern California, working to develop super-thin, flexible displays. It's one of many groups around the world trying to perfect this electronic, or "e" paper. Janes' group uses transparent transistors containing tiny nanowires to light a flexible screen.
"I guess in my mind the thing that it directly replaces is the thin-film-transistors that would be the actual drivers behind your LCDs, or your plasma televisions," says Janes. "We will no longer be constrained by simply having this rigid, glass panel we hang on our wall or our desk, and we'll be able to wrap displays around other things."
It also happens to be transparent, so manufacturers could be embed it in clear surfaces like windshields, or even your eyeglasses, because everything from the nanowires to the electrodes has been fabricated using transparent oxide materials.
"If you're sitting on a train or on an airplane, you could just watch videos directly through your eyeglasses, and not have a separate display you carried with you," says Janes.
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Muggles -- what Harry Potter calls us regular folks -- could soon have access to a staple of the wizard's world. Purdue University's David Janes is using nanotechnology to create a high-tech display that could be used for a newspaper that updates itself, complete with moving pictures.
"So instead of seeing a static picture on your newspaper headline, you would actually see a character talking at you. Certainly I think this would be a way to do that," says Janes.
Janes leads a team of researchers from several universities, including Northwestern and the University of Southern California, working to develop super-thin, flexible displays. It's one of many groups around the world trying to perfect this electronic, or "e" paper. Janes' group uses transparent transistors containing tiny nanowires to light a flexible screen.
"I guess in my mind the thing that it directly replaces is the thin-film-transistors that would be the actual drivers behind your LCDs, or your plasma televisions," says Janes. "We will no longer be constrained by simply having this rigid, glass panel we hang on our wall or our desk, and we'll be able to wrap displays around other things."
It also happens to be transparent, so manufacturers could be embed it in clear surfaces like windshields, or even your eyeglasses, because everything from the nanowires to the electrodes has been fabricated using transparent oxide materials.
"If you're sitting on a train or on an airplane, you could just watch videos directly through your eyeglasses, and not have a separate display you carried with you," says Janes.
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