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Archive for the ‘displays’ Category
Devices To Take Textbooks Beyond Text
Sunday, December 6th, 2009
An anonymous reader writes with a New York Times piece about the tumultuous transition to electronic devices, instead of printed materials, for text. "Newspapers and novels are moving briskly from paper to pixels, but textbooks have yet to find the perfect electronic home. They are readable on laptops and smartphones, but the displays can be eye-taxing. Even dedicated e-readers with their crisp printlike displays can’t handle textbook staples like color illustrations or the videos and Web-linked supplements publishers increasingly supply. Now there is a new approach that may adapt well to textbook pages: two-screen e-book readers with a traditional e-paper display on one screen and a liquid-crystal display on the other to render graphics like science animations in color."
Multiple-Display Power Tools For Linux?
Saturday, December 5th, 2009
shift writes "I've used multiple monitors for years (currently 3) and find that Linux is lacking in power tools for such setups. Even Windows 7 has added the feature to move a window from screen to screen with keyboard shortcuts. Are any of the major desktop environments adding such features? I'm still stuck on FVWM and have defined functions to swap the contents of screens as well as move windows from screen to screen and so on. But this just seems like such basic functionality people would want in multi-screen setups that I'm surprised I don't find any of these features in our latest desktop environments."
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Where Are Your Contact Lens Displays?
Wednesday, November 25th, 2009
destinyland writes "'We already see a future in which the humble contact lens becomes a real platform, like the iPhone is today,' argues researcher Babak Parvis, 'with lots of developers contributing their ideas and inventions.' He provides an update on the contact lens with transparent circuitry that's being developed at the University of Washington. (Its components will eventually include hundreds of LEDs which form images in front of the eye such as charts and photographs). They've already developed a lens-with-LED prototype that's powered by 330 microwatts of wireless radio-frequency power, and believe the lenses could also be used as biosensors to deliver body chemistry readings (including blood sugar levels). But 'What we've done so far barely hints at what will soon be possible with this technology,' says Dr. Parviz."
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