Playing games on your touch-enabled phone can be frustrating if you have small screen device like the iPhone 3.5-inch. But here comes a solution, A research group from Keio University are in development of a joystick add-on that's placed on top of your front-facing camera and can, depending on the precision of your hardware, perform the simple actions of navigating left, right, up and down in apps and games.

The small elastic joystick has markers that your camera can detect and track and give you a "variety of inputs".

New Yorkers were left to ponder their sanity the other day as three mysterious figures flew silently through the sky seemingly unaided.

Truth be told, the occurrences that featured over the New York skyline were not of a supernatural nature, but rather to promote a movie about happenings of a supernatural nature. 20th Century Fox hired ad firm Thinkmodo to come up with a unique way to market their latest Sci Fi flick, "Chronicle".

The supernatural occurrence took place not far from locales such as the Statue of Liberty as well as other well known areas around Manhattan, but how and why?

Video Below!

Scientists from the University of Texas are on the verge of developing a mobile technology capable to see through walls and other solid objects. The technology combines the capturing of an unused "TERAHERTZ" range in the electromagnetic spectrum with a a new microchip capable of reproducing the data.

Thanks to the direct tapping in the terahertz range the future sensors will be much more simple than similar technology used nowadays, as it won't need the use of several lenses inside a device.

The new chip is based on the popular CMOS (Complementary Metal-Oxide Semiconductor) technology, but when combined with terahertz waves it becomes possible for the sensor to capture images behind solid objects like walls and bodies.

The technology is very powerful as it offers limitless uses in construction, medicine, archaeology, document and money authentication and many more fields. The simplicity of the technology also makes it usable in mobile devices, which adds an interesting privacy concern to the matter.

Scientists from the University of Texas are on the verge of developing a mobile technology capable to see through walls and other solid objects. The technology combines the capturing of an unused "TERAHERTZ" range in the electromagnetic spectrum with a a new microchip capable of reproducing the data.

Thanks to the direct tapping in the terahertz range the future sensors will be much more simple than similar technology used nowadays, as it won't need the use of several lenses inside a device.

The new chip is based on the popular CMOS (Complementary Metal-Oxide Semiconductor) technology, but when combined with terahertz waves it becomes possible for the sensor to capture images behind solid objects like walls and bodies.

The technology is very powerful as it offers limitless uses in construction, medicine, archaeology, document and money authentication and many more fields. The simplicity of the technology also makes it usable in mobile devices, which adds an interesting privacy concern to the matter.

If you've been waiting for an official glimpse of the Aspid's latest sports car, the GT-21 Invictus, your wait is officially over. The Spanish sports automaker has finally pulled the curtain back on its latest speed-seeking sports car and needless to say it's nothing short of stunning.

Now we'll freely admit to not being fans of Aspid's past open wheel design like the Super Sport. While there is no arguing that they've been fast, well-built cars, they've also been clunky and visually unappetizing. Consider the GT-21 Invictus as a deftly delivered riposte to our unbridled skepticism.

Supplementing the Aspid GT-21's stellar looks is a powerful BMW-sourced V8 capable of delivering 450 horsepower and vaulting from 0-62 mph in less than three seconds, while top speed is said to reach speeds in excess of 187 mph. Inside the car will feature a 2+2 seating configuration and rear-wheel drive format.

Scientists from the University of Texas are on the verge of developing a mobile technology capable to see through walls and other solid objects. The technology combines the capturing of an unused "TERAHERTZ" range in the electromagnetic spectrum with a a new microchip capable of reproducing the data.

Thanks to the direct tapping in the terahertz range the future sensors will be much more simple than similar technology used nowadays, as it won't need the use of several lenses inside a device.

The new chip is based on the popular CMOS (Complementary Metal-Oxide Semiconductor) technology, but when combined with terahertz waves it becomes possible for the sensor to capture images behind solid objects like walls and bodies.

The technology is very powerful as it offers limitless uses in construction, medicine, archaeology, document and money authentication and many more fields. The simplicity of the technology also makes it usable in mobile devices, which adds an interesting privacy concern to the matter.