Japans New Rat-Car-Cyborg Army is Coming

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Rats and robots. Long have they been mankind’s greatest foes. Rats spread the Black Death which once wiped-out a third of Europe. While robots–if science fiction is to be believed–are biding their time, waiting for their chance to overthrow their human masters. No humans would ever be so foolish to combine the two in an unholy rodent-machine hybrid, right?

Unfortunately, this is not the case.

Researchers at the University of Tokyo recently unveiled the RatCar. It’s what it sounds like. The researchers implanted electrodes into a rat’s brain to monitor its neural activity. The rat was then placed in a car-like contraption (though its legs could still touch the ground). The transmitters fed data from the rat’s brain directly into the car’s computer which (attempted to) determined where the rat wished to “roll.”

Behold. Where was two is now one. Rodent and vehicle. RatCar.

In theory, the car and rat work together to navigate themselves. However, researches admit that since the rat is tethered into the car, determining if the software was able to accurately read the animal’s real intentions remains somewhat ambiguous.

As it develops, this is the kind of scientific research that will one day help the handicapped better maneuver through a world that may currently be off-limits to them. As surreal as it may appear in its current incarnation, the ability to directly connect the human brain to machines will lead to more fulfilled lives for the disabled and handicapped. Not to mention strange new interface possibilities for the rest of us.

So, while it goes against every shred of human instinct, on behalf of our species I say “Godspeed, fair RatCar. Godspeed.”

A scientifically detailed examination of the brain as told by singing cartoon rats after the jump.

via IEEE Spectrum 

Qualcomms $200K Competition to Replace Reality

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The world is filled with lots of great stuff: massages, Boardwalk Empire, Chinese food. Unfortunately, all that good stuff gets mixed in with things like stubbed toes, mediocre indie rock, and deadly shark attacks. Reality is fickle. That’s why researchers are so hard at work on building a new reality–an augmented reality–that will do away with all of conventional reality’s nonsense parts.

Mobile technology speeds are finally getting to a place where we can readily layer an improved virtual world on top of the very-much-lacking actual world. Only now are we beginning to lay the groundwork for this new realm of augmented reality and San Diego-based telecommunications firm Qualcomm wants to be at the forefront. The company recently announced a competition with $200K in prize money that will go to the best new augmented reality apps. First place will net you a $125,000 purse, second place: $50,000, and third place: $25,000.

The only rule is that you use Qualcomm’s Augmented Reality development kit for Android phones which is currently available for download. Submissions open November 15th and close January 7th. More info available here.

Soon reality will be a thing of the past.

image via

MEDEA Vodka Bottles Sport Customizable LED Displays

medea-vodka.gifThere was once a time when people drank their booze out of jugs with Xs on them. We’ve since evolved to a classier drinking society with bottles of all shapes and sizes, and now, for the first time ever, bottles with programmable LEDs. MEDEA Spirits announced today the launch of the world’s first customizable moving LED reader on a bottle of vodka. Imagine the surprise when a waiter brings over a bottle of vodka with a scrolling LED display that says “Will You Marry Me?” on a blue, pink, or white LED. How romantic.

The bottle can be programmed to hold more than just the standard 140-character Tweet. You can use up to 255 characters, and program up to six messages. The messages will scroll for 3 minutes and will then turn off automatically. The battery is said to last for over a year, or for forty continuous hours. You can turn the ticker on over 500 times, assuming the vodka sticks around for that long.

Not surprisingly, MEDEA vodka is not cheap; it costs between $39.99 to $49.99 for a 750ml bottle. To find out where you can buy the futuristic vodka, visit MedeaSpirts.com.

Check out an instructional video after the jump to see how to program the bottle.

Super Hi-Vision: 16X More Pixels than HDTV and its Already in Use

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High definition TVs are good for some. For those who are okay not seeing everything. But for those of us who need to see the shimmering glimmer in the eye of every fan in the stadium, the future is Super Hi-Vision (also known as SHV, Ultra HDTV, and 8K).

SHV offers 16 times more pixels than the best HDTVs can offer with crazy powerful 7680 x 4320 resolution. New lenses and TVs had to be invented just to be seen in all its pixel packin’ power. It was first demonstrated in 2003, and is now being pushed as the new standard by the BBC, Japan’s NHK, and Italy’s RAI. Last week the BBC and NHK teamed up to broadcast the very first SHV broadcast over the internet: a performance by The Charlatans. Of course, no one could really see it in all it’s glory, but it’s setting the ball rolling.

There are some real constraints to just transmitting the sort of data needed for Super Hi-Vision, but NHK is hoping to have the format in wide release for the 2012 Olympics.

BBC video explaining the first SHV broadcast after the jump.

via endgadget

Recon-Zeal Transcend: Worlds First Head-Mounted GPS Goggles

recon zeal transcend goggles.jpgWith summer officially over, it’s time to start thinking about how you’ll spend the upcoming snowy months. If you’re a skier, snowboarder, snowshoer, or any other outdoor winter sport enthusiast, there’s a new piece of gear available this season for the first time ever. The Recon-Zeal Transcend goggles is the first set of GPS-enabled goggles in the world to feature a head-mounted display system.

British Columbia-based Recon Instruments teamed up with with Colorado-based Zeal Optics to create the revolutionary goggles that feature an integrated display. According to Recon Instruments’ Web site, “Transcend provides real-time feedback including speed, latitude/longitude, altitude, vertical distance travelled, total distance travelled, chrono/stopwatch mode, a run-counter, temperature and time.” In addition to its GPS capabilities, it features USB charging and data transfer, and free post-processing software.

The goggles come in two models: the Transcend SPPX, which come fitted with SPPX polarized and photochromic lenses ($499); and the Transcend SPX, which feature SPX polarized lenses ($399). Recon is currently offering a limited release for shoppers in Canda. For U.S. pre-orders, check out Zeal Optics. The goggles will be fully available on Oct. 10, 2010.

Check out a promo video after the jump.

Space Hotels Open for Business in 2015

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It’s a fact, the Earth is a boring and stupid place. At some point in your life, you’ve probably been pressured by friends or family to take a vacation to some “exotic” or “exciting” destination. But like most tourists, your reaction was some combination of disappointment and anger. Paris? Way too many croissants. The Grand Canyon? A big dirt hole filled with donkey poop. Machu Picchu? Hey Incas, could you build your holy cities in a more out-of-the-way location, because this four-day hike wasn’t quite difficult enough?

But don’t fret, vacationers of Earth! There’s a new destination for you to throw your disposable earth dollars. Space!

Recently, Moscow-based private space company, Orbital announced their plans to create a space hotel that would accommodate tourists flown up from (semi?) private rocket company  OAO Rocket and Space Corporation Energia.

(The sleek, focus group-tested name for this exciting new futuristic space venture?!? The “Commercial Space Station”! Russia, you know we love you, but branding is not your strong point.)

The company hopes to have the infrastructure for space tourism up and running by 2016.

But the CSS will come into operation a full year after Boeing makes their “space taxi” operational and ready to take intrepid tourists to the “Sundancer” space habitat built by Bigelow Aerospace. The 180 cubic meter space condo can accommodate up to three visitors on a “long-term” basis and up to six for shorter stays.

The Sundancer will be followed by the “BA 330” capsule, which boasts a roomy 330 cubic meters and can hold six tourists on a long-term basis. Anybody else hoping for the awesomest season of Jersey Shore ever!?

Stem Cells can Reattach Teeth

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You know how your mom always told you take care of your teeth? Well, no more! Thanks to technology you won’t have to brush or floss ever again! Researchers at the University of Illinois at Chicago have devised a way to reattach teeth to the jaw using stem cells.

The experiments took the stem cells of mice and used them to reattach rat molars to the jaws of gummy rodents. Between two and four months later the teeth grew new fibrous attachments between the tooth and bone, firmly adhering them to the rat’s jaw complete with new tooth growth.

This is a big advancement that could help millions. Aside from the usual suspects of tooth loss in the contact sport world, it could help those who suffer from tooth loss at the hands of gum disease or other ailments.

So, eat that chocolate bar, down that soda, and play that hockey without a mouth guard. Thanks to science, teeth are the new hair.

Report: Biometrics are Inherintly Flawed, Name Tags Still Work

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A new joint-commissioned report from DARPA, the CIA, and Homeland Security has concluded that the current state of biometrics–the technology that can identify individuals based on unique characteristics such as fingerprints, retinal and voice patters, or facial features–is “inherently fallible.”

The report argues that the technology may be used for certain small-scale tasks, however it will cause major problems if utilized in a wide-scale framework.

There are two main problems, the report argues, with the current state of biometrics. One, the systems rely on probabilistic results, they inherently rely on a certain degree of uncertainty. And also the technology assumes that the parameters it uses are static. Humans are mushy bags of tissue and organic material–our bodies change over time due to injury, disease, age, or any number of variables. This can lead to false-negatives or the inability to create an ID at all.

Security-minded folks have invested much time and effort into biometrics
over the past decade. This has largely been in reaction to a post 9-11 world, but more accurately, it is a reaction to increased access to affordable international travel. Advances in transportation have transformed
humans into a truly borderless species. There are many advantages to
breaking down barriers, both physical and otherwise. Unfortunately, it hasn’t all been kumbaya. As technology has evolved us physically, we haven’t
completely evolved sociologically to accommodate our new powers of
distance-bridging–we are still prone to tribal instincts and conflict
and we’re still, as a species, inherently prone to corruption. That’s
why those who seek to maintain order would love to harness the power to
identify an individual beyond the shadow of a doubt. Biometrics are
already being utilized by coalition and local security forces in Iraq
and Afghanistan and, more recently, have been implemented by the Indian government
in a nation-wide bid to ID its citizenry.

Privacy advocates will be disheartened to hear that this probably doesn’t mark the end of biometric technology. It does mean that the human power behind the technology will have to be trained to deal with the inconsistencies and the technology will be forced to innovate beyond where it is now.

via POPSCI

Movies, Video, YouTube on a Stamp (In the Not So Distant Future)

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In conjunction with the Air Force, nanotech researchers at the University of Michigan have created a new super-efficient ultra-thin display technology. The new “plasmonic” technology is far more versatile than any currently available display technology and will allow for the projection of high quality images and video the size of a stamp.

The Air Force is interested in utilizing the tech to project virtual displays onto pilots’ windshields. For us civilians, the tech could also be incorporated into clothing to create wearable computer screens–your shirt could be your smart phone. It will also allow for very tiny displays. If people are still sending letters in 10 years, it may be possible that the post office could create a commemorative stamp for the 10-year anniversary of Avatar that will actually show Avatar.

And the displays will be very high quality. The tech uses pixels 10 times smaller than those of your average
desktop and more than eight times smaller than displays currently
available on most smart phones.

What makes the tech so versatile is its efficient use of light. The new technology quite handy at trapping and transmitting light–they make the current technology seem sloppy. For
example, in current LCD displays, only about five percent of the
backlighting makes it through to the viewer. The rest is lost in the process.

The nerdly whats and hows are a little
complicated, but for those who are interested, the deets are available over at Physorg.

Robots Park Your Car in Englands Cube Complex Garage

london_car-park.gifOne of the most frustrating parts of owning a car is finding parking in giant garages. Driving aimlessly around until you find a spot, and then forgetting where you parked when you finally return to find your car, are experiences all drivers unfortunately have to deal with. But, drivers trying to find a spot in the parking garage in “The Cube” in Birmingham, England, can breathe a sigh of relief: a machine will park your car for you.

Finding parking in the Cube, a 23-story building that houses flats, offices, shops, restaurants, and a hotel, could be tricky; a special kind of parking garage was in order. The garage — only one of two of its kind in the world — is 65 feet underground and cost nearly $3.2 million to build.

The driver simply pulls into the garage, and swipes a special key chain, which identifies each car. The driver them pulls into an elevator, and gets out of the car. The vehicle is taken down by the elevator, and then special robots take over and gently move the car to an open spot. The automated system is so fancy, it even spins your car around so that it’s facing the right direction when it’s returned to you. 

It’s unclear how much it would cost to park in this garage, but, by the looks of it, I’m guessing it’s not cheap.

Check out a video of the garage in action at the BBC’s Web site.