This is a fascinating idea that was developed by a research group at Japan's Keio University. By applying optical camouflage technology and using recursive reflectors, which "[reflect] light back in the direction of incidence," the researchers were essentially able to render the back of a Toyota Prius invisible, at least from the driver's point of view. Take a look:
What we found fascinating is their proposal that this could be applied to all 360 degrees. And aside from average motorists trying to back passenger cars into parking spaces, imagine what a boon this would be to folks driving delivery trucks, tractor-trailers, construction machinery and other bulky, blind-spot-laden vehicles.
Unfortunately, the technology may never come to pass. The concept was put forth in 2011, and there's been no word on an update since the video above was released in 2012. But tell me this thing wouldn't get Kickstarted in a heartbeat.
Via DigInfo TV
Editor: This design school story comes to us from Eddie L., who along with two fellow ID students had an eight-week assignment to design a commuter bike. The project started off with a bang....
Crashing your bike at night totally sucks. It sucks a little more when your laptop flies out of your bag during the crash and smashes into the pavement. And it sucks the most when that laptop turns out to be so badly damaged that the data on the hard drive is unrecoverable, and what was on the hard drive are the only existing CAD files for a project that you and two of your fellow design students have been slaving over.
Ironically we were designing a bike, so in that one calamitous moment both a real-world bicycle and the designs for what was supposed to be a sweet future bicycle both got trashed.
I'm not looking forward to winter, because the ex-manufacturing space I moved into last year is brutally cold and drafty. I spent last winter making futile attempts to caulk this and shrink-wrap that, only to achieve zero perceptible gains in thermal efficiency; the space is simply too deteriorated on all six sides for me to determine where I can best make a dent.
What I need is a focused plan, a way of determining where the largest heat leaks are so I can tackle those first. And I think I've found my solution in this awesome-looking Seek Thermal Smartphone Infrared Camera.
The tiny, three-inch, half-ounce, $199 device brings something close to military- or industrial-grade thermal imaging to the common man with the common paycheck. (A commercial infrared camera would run you four figures.) You plug it into the bottom of your smartphone and bang, you've got an image on your screen that can accurately display a range of temperatures from -40° Celsius (-40° Fahrenheit) up to 330° C (626° F).
Here's a demo of it in action from Android Police's David Ruddock, and you can skip the first 30 seconds of pitch-blackness:
We've seen drones used or proposed for package delivery, elaborate selfies, action sports capture, movie promotion, and even weather control. But a recent creative collaboration points to the possibility of a more domestic usage that we think could be the killer drone app of the future: How about floating lamps? Which is to say, just the lampshade and a light source, no stem, no cable, hovering in mid-air, able to follow you around the room if need be.
In the video below you'll see what it would look like, but before it becomes domesticated, there are just a few (completely solveable) technological hurdles to clear:
Noise. To cancel out the incessant whining of a hovering drone, a small on-board speaker could project a noise cancellation frequency.
Power. During the daytime, the drone could dock itself, perhaps to something attached to the ceiling, where it would recharge the batteries required for both the light and its own sustained flight. (Ideally the power would come from solar, so you're not wasting a bunch of coal-fired juice on an admittedly frivolous technology.)
User Interaction. Remote control, gesture control or voice activation could turn it on and off, adjust the brightness and hue, and ask the lamp to follow you around or focus light on a particular area.
At any rate, a floating lamp would give you one less thing to vacuum around, if replacing a floor lamp, and free up some table space if replacing a desk lamp.
Maybe it sounds silly but it looks beautiful in practice. Check out this sweet video created in a collaboration between performance group Cirque du Soleil, the Swiss Federal Institute of Technology Zurich and drone developer Verity Studios:
With the cheeky tagline "Our competitors are giants," the confident development team behind Chargerito introduces their new object. Billed as the world's smallest phone charger, the diminutive device is just 53mm × 33mm × 18mm (2.1" × 1.3" × 0.7"), featuring flip-out power prongs and your choice of a micro-USB or Apple Lightning plug. And it's an exercise in minimalism, with just barely enough meat to get your mitts onto.
Developers Alex Andon, Nick Velander and Drew Hauck set the Chargerito up through crowdfunding—Tilt, not Kickstarter, for a change—offering it at a pre-order price of $19 a pop (it's expected to retail for $39). The sharp-discount strategy worked, as they've exceeded their $50,000 target with $76,716 in backing. At press time there was just one day left to get in on the pre-order price, so if you want one, hurry!