NASA Robot Makes Guest Appearance On Pre-Game Show

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Super Bowl pre-game shows may not be known for catering to the gadget geeks out there, but this year, Fox has a surprise for you. Their pre-game coverage of the big game will feature a humanoid robot, built in a partnership between NASA and General Motors. Robonaut 2, which is scheduled to be launched into orbit on the Space Shuttle Discovery on Feb. 24, is already known (at least on this blog) for going on a date with MSNBC reporter Stephanie Pappas. was filmed interacting with host Howie Long at a car dealership in Dallas last week. No word on exactly what the robot plans to do on the show (here’s to hoping “announce plans for world domination” isn’t in the cards), but when it reaches space, the machine is designed to be a robotic assistant for astronauts on the International Space Station.
One thing the robot won’t be doing is kicking field goals. The design is only humanoid from the chest up, with arms, fingers and a head but no legs. NASA engineers say that they hope to one day build on Robonaut 2 to allow the machine to move around the ISS and, potentially, outside of it for spacewalks.
If you want to get a little taste of the future with your football, the pregame show starts at 2 p.m. Eastern on Fox.

[via Space.com]

Toshiba Promises A Smarter Grocery Store

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[image from Flickr user pin-add]

Self-checkout lanes are usually a quick way to buy a few things at the grocery store, but what if you want to pick up some fruit or any other item without a barcode? Toshiba is happy to help, using a new automatic checkout system with built-in cameras that can tell exactly what you’re buying. No more flipping through a list of twenty different types of pears; this system can identify different variations in the variety of fruit just by looking at it. When first installed, the system checks the image of the product against a built-in database, asking the user to select which item they’re trying to buy, with the most likely results on top. While going through this with a large number of shoppers, the recommendations get better and better.

This kind of item recognition is no simple task. According to Keiji Yanai, a scientist at the University of Electro-Communications in Tokyo quoted in an article in New Scientist, a system like this is much more difficult than facial recognition. Because the objects are so similar (a Pink Lady apple versus a Golden Delicious, for example), it introduces that much more difficulty in choosing between them.

Toshiba hopes to be saving you the valuable 30 seconds it would have otherwise taken you to page through a menu by bringing the system to market within the next three years.

[via PopSci, New Scientist]

Compact Camera Works Like Your Eye, But Better

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That SLR around your neck might lose the huge lens in the future, thanks to lessons learned from biology. Scientists from the University of Illinois and Northwestern have created a camera with a liquid lens and flexible sensor that can capture images in a method similar to the human eye. Cameras have previously been designed around the same principles that the eye uses, but they have been limited to a single focal length incapable of zooming. This is due to the constraints of using the solid, rigid sensors used in regular cameras, according to a press release. Unlike your eye, this new camera uses silicon photo-detectors connected to a hydraulic system to get a 3.5x zoom, roughly the same as that on high-end compacts like Panasonic’s Lumix LX-5. When water is pumped into the lens to change the thickness, the sensor adjusts accordingly and the image zooms in. 

The big advantage to this technology is the simplicity of the design. Current camera lenses use a number of elements together to create the image that you see on your sensor. The light has to be corrected for a number of aberrations to make the resulting image as sharp as possible. Even the simplest lenses that can’t zoom, like a 50mm f/1.8, can have around six elements. This system uses only one, shaped to correct imperfections using water pumped into it.

Though the tech is still a while off from showing up in your next Canon, the team responsible for it says they see it being used in everything from night-vision to consumer electronics. Maybe in the future, you and your camera phone might be looking at the world through the same kind of lens.

[via University of Illinois, NewScientist]

Teach Kids to Smile Through Electroshock

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Okay, the claims around this product seem dubious–and at present, the only proof of its existence is a site called NewsWeird.com. Still, probably worth a quick paragraph or two, right? The device is called “Electro Smile” (according to the image, it’s also known as “Pout No More.” Catchy).
 The idea is simple–and terrifying. Teach kids to smile through a constant electric current to their face. Your kids will smile or you get your money back–that’s the Electro Smile guarantee. The only known side effect is a slight twitch, but let’s face it, if you’re the kind of parent who’d buy one of these, odds are your kids were already going to go through life with a facial tick anyway, right?

Glasses-free 3D a huge flop in Japan

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Hopes among TV manufacturers that new “glasses-free 3D” technology might re-ignite interest in 3D TVs for home use may have just been crushed. Apparently Toshiba only sold about 500 units in the entire month of December. And that was the better selling of its two available models.

That number is definitively less than Toshiba had hoped for the revolutionary 20-inch TV set. Its 12-inch glasses-free 3D TV sold even fewer.

Of course, for such a tiny TV, the 20-inch unit is priced at around $3,000. That couldn’t have helped sales, but still the fact remains that it was below the company’s internal projections. In fact, it’s less than half what Toshiba expected.

This comes after manufacturers of “glasses-required” 3D TVs all reported fewer sales than expected last year. It looks like people just don’t see any value in being able to view 3D content at home.

Via Bloomberg

Bendable Android display concept is cool, still a concept

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This may look like just about the coolest Android device to date, but it’s easy to look cool when you’re just designing a totally conceptual piece of technology. Nevertheless, flexible digital displays are potentially the wave of the future, and we think Android would be a natural fit for such a display.

Andrew Namminga, a Californian designer, whipped up this beauty, in which the top half of the display is a traditional Android interface and the bottom half is a customizable widget screen.

We’d love to be able to just dig out this thing from our pockets like a crumpled piece of paper to check e-mail and Facebook feeds, but this is a long way from reality. Pretty neat to look at and imagine, though.

Via The Design Blog

Skin Gun May Someday Treat Burns, Instantly Seal Wounds

If you’ve ever had a really bad burn –  I mean second degree or worse, you know that the worst part in some cases is the dead skin peeling away and leaving behind tender exposed flesh. All you can do is cover it in cooling cream, stop poking it, and wait for it to heal over. If the exposure is really bad, doctors will graft healthy skin over the burn or wound to try and get it to take hold and cover itself sooner. If only there were some kind of gun that literally sprayed skin tissue onto your wound, covering it and encouraging the healing process.
Well, some researchers at the Institute for Regenerative Medicine at the University of Pittsburgh have been working on using stem cells to encourage rapid growth and development of skin tissue by spraying them onto wounded areas. The process is experimental and still undergoing clinical study, but according to researchers, the results look promising. The result is a gun that literally (not figuratively) shoots skin. 
The end-goal of the treatment is that doctors in emergency rooms and urgent care facilities will have a way to use a patient’s own stem cells (point of order: these are adult stem cells, which can be harvested at any time during a person’s life) in a solution of nutrient-rich water to spray a burn, wound, or area of flayed skin to speed up the regenerative process. 
So far the experiments have produced a few burn victims with significant skin regeneration within a few days, as opposed to weeks. That’s a pretty significant improvement. 

Scientists Closer to Invisibility Cloak

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Dear super creepy people: Great news. We’re one step closer to all getting invisibility cloaks. Scientists have created small cloaking devices capable of bending light around objects. Objects of a similar nature have been created in the laboratory, but they only worked with microwave rays–useless, since we can’t see them anyway.

Last year, scientists managed to cloak nearly visible light, but the affected area was 30 microns–that’s roughly a third the width of a human hair. The current size of the cloaked object is still pretty small–about three-quarters of an inch–but it’s certainly a step in the right direction. Scientists managed to cloak that three-dimensional object against white light and red and green laser.

And that’s just the start. As one of the scientists told the press, “”there is actually no limit on the size of the cloak.” The cloaking device was created using calcite prisms with crystals measuring around three-quarters of an inch. Larger prisms can created a larger cloaked area.

The aforementioned scientist again,

The cloaks can be readily scaled up to hide larger objects. It really depends on how large a calcite crystal we can find in nature. According to the literature, the largest calcite crystal has a scale of 7 meters by 7 meters by 2 meters (23 feet by 23 feet by 6.5 feet). Such a crystal would enable the construction of an invisibility cloak that can conceal objects a few meters wide and at least 40 centimeters (16 inches) high.

Keepon Robot Coming to a Toy Store Near You

Keepon, the adorable yellow robot that made waves in viral videos and Spoon concerts a few years back in the United States and Japan may be headed to your local toy store. Keepon was originally designed to be a soft, cushy robot that responded to sound and movement and used in therapy sessions for autistic children. The original robot’s price tag is about $30,000, but the new My Keepon robot that’s destined for store shelves will reportedly set you back $40 when it’s unveiled this Valentine’s Day. 
The My Keepon robot will obviously differ from his high-tech cousin, but he just has to get close enough to the original to woo at least a few of the four million people who have viewed Keepon’s antics on YouTube, including the original video of Keepon dancing to Spoon’s “I  Turn My Camera On” that got him started. I spent a little time with him at CES 2010, and if My Keepon is anything like the original, I’m sold. 
[via BotJunkie]

HP Digital Sketch & Pocket Whiteboard Make Debut

zdnet-hp-digital-sketch.jpgHP is trying to make more products that can compete with companies like Apple or Google. However, it’s hard to compete with a huge product like the iPad, so the company are taking a new approach. HP created two new tools that were designed for teachers and can even be used for businesses or personal use.

The Digital Sketch and Pocket Whiteboard are part of the new HP Digital Learning Suite line. Both are tablets, but not the typical variety. The Digital Sketch allows teachers to freely move around their classroom, while still being able to access their desktop computer and the files on it. The Pocket Whiteboard allows teachers or students to turn any flat surface into a virtual whiteboard for projects or notes.

Both products’ prices will vary on how many are ordered, along with other factors may also apply. The Pocket Whiteboard will be available later on this month, while the Digital Sketch will come out next month. No word on if they will be sold at retail stores or solely via HP.

Via ZDNet