Friday, June 28, 2013

CompuLab MintBox 2 unveiled with four times the power, same Linux Mint flavor

Source: http://www.engadget.com/2013/06/28/compulab-previews-mintbox-2/

CompuLab previews MintBox 2 four times the power, same Linux Mint flavor

Now that Linux Mint 15 is available, it's only fair that we get a new MintBox to match. The CompuLab and Linux Mint teams won't disappoint us on that front: they've just previewed the MintBox 2, a big upgrade to their open source mini PC. The new version drops AMD processors in favor of an Intel Core i5 that's reportedly four times faster than the AMD T56 in the MintBox Pro. The refresh also doubles the storage to 500GB while adding a second gigabit Ethernet jack for server duties. CompuLab and Linux Mint haven't said how soon they expect the MintBox 2 to ship, but they're expecting a $599 price at Amazon.

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Via: FanlessTech

Source: Linux Mint Blog

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Sceptre's Android-powered Sound Bar 2.1 makes any TV smart

Source: http://www.engadget.com/2013/06/28/sceptre-sound-bar-21/

Sceptres Androidpowered Sound Bar 21 makes any TV smart

Convergence, the dictionary tells us, is the point where two things combine, so imagine Sceptre's new hardware as the singles bar where speakers and Android first met. The SB301524W Sound Bar 2.1 marries dual front-facing speakers, a 35W subwoofer, 2.4GHz WiFi 802.11 b/g/n WiFi and Ice Cream Sandwich to rejuvenate any old display into a Smart TV. Naturally, users will be able to access Google Play and download apps to the machine, but there's no word on capacity or expandability -- something you'll have to ask in the store before you shell out $300 on the gear.

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Source: Sceptre

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Thursday, June 27, 2013

This New Contact Lens Basically Turns Your Eye Into a Telescope

Source: http://gizmodo.com/this-new-contact-lens-basically-turns-your-eye-into-a-t-598794815

This New Contact Lens Basically Turns Your Eye Into a Telescope

Contact lenses are great if your only issue is near or farsightedness, but for those struggling with age-related macular degeneration (AMD), a leading cause of blindness among older adults, those flimsy little lenses ain't going to cut it—or at least not the kind of contact lenses you're used to. But soon, AMD-sufferers could see their vision vastly improving thanks to a slim, adjustable telescope that sits right in the middle of their eye.

Funded by DARPA, the joint team of researchers from the US and Switzerland were facing the problem of correcting vision loss as a result of retina damage—something that normal contacts, which simply refocus the eyes, do virtually nothing to help. By magnifying an AMD patient's vision, though, light is also magnified, allowing it to spread out and hit the parts of the retina that remain intact. Until now, though, any sort of optical magnifier came in the form of a highly intrusive, spectacle-mounted telescope or micro-telescopes that required invasive eye surgery.

The team, led by University of California San Diego Professor Joseph Ford, employed tightly-fitted mirrors in designing a telescope that stands at just over one millimeter thick. While the unobtrusiveness of the new telescope design is impressive in and of itself, the team also managed to create a system that allows for the patient's vision to easily switch from magnified to normal. Thanks to a set of liquid crystal glasses, users can choose to block either the magnifying portion of the contact lens along the rim or the unmagnified portion in the center. According to the news release:

The liquid crystals in the glasses electrically change the orientation of polarized light, allowing light with one orientation or the other to pass through the glasses to the contact lens.

The contacts themselves are made out of a material called polymethyl methacrylate (PMMA), an incredibly strong component that allows for the small grooves necessary to fix the abnormal color that the lens's shape creates. And while these new lenses are an incredible advancement, it wil still be some time before we start seeing them on a consumer level. The same grooves that fix color also have the effect of reducing the quality of the actual image, and PMMA isn't gas permeable, which would mean that patients wouldn't be able to wear the lenses for any extended period of time.

Still, an actual, functional telescope shaved down to practically nothing is a huge step for improving the quality of life of those suffering from AMD. And once researchers manage to work out the kinks, the world is going to start looking a whole lot brighter. [Business Wire]

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This Silk-Screened Art Glows With Electroluminescent Ink

Source: http://gizmodo.com/this-silk-screened-art-glows-with-electroluminescent-in-589610692

When someone brings up silk-screening, you might think of hand-made t-shirts or concert posters. What you probably don't think of is electric current and glowing surfaces. But at the University of Pennsylvania, traditional screen-printing and high technology are colliding to create incredible, eye-melting artistic experiments.

Orkan Telhan is an artist and Assistant Professor of Fine Arts at UPenn who works at the intersection of design, engineering, and interactivity. During last month's visit to the Common Press, Telhan was kind of enough to show us some recent forays into the use of electroluminescent and electrochromic inks.

These are inks that respond to electric current by emitting light and changing opacity, respectively. When silk-screened onto clear plastic sheets, artists can produce gorgeous designs. Throw microcontrollers and sensors into the mix, and the possibilities are endless.

This Silk-Screened Art Glows With Electroluminescent Ink

This Silk-Screened Art Glows With Electroluminescent Ink

The experiments are simple yet beautiful, and it only takes a little imagination to think of how these technologies can be applied on a larger, more complex scale. There are already companies using these concepts for things like windows that change from see-through to opaque based on the flip of a switch, but it is fascinating to see what artists conjure up, outside of commercial applications.

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Visualized: The $15,000 Westinghouse 4K Whiteboard

Source: http://www.engadget.com/2013/06/27/visualized-westinghouse-4k-led-whiteboard/

Visualized The $15,000 Westinghouse 4K Whiteboard

We like dry erase whiteboards just as much as the next guy, but $15,000 like? Not so much. Of course, when we're given a chance to check out an 84-inch 4K LED whiteboard for free, we're more than happy to. And that's how we ended up here at Westinghouse's Consumer Electronics Week booth, playing around with an unbelievably expensive toy. Yes, of course the multimillion dollar corporations of the world use stuff like this for work -- we used our time to draw an Engadget symbol. Do you expect any less?

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