Source: http://gizmodo.com/5995489/is-molten-light-oozing-out-of-the-abyss
Basically different bowls hold a "sticky liquid" and a layer of black silicone oil. There are LEDs in the bottoms of the bowls and when a pump pushes air through the liquid, glowing bubbles break on the surface of the silicone oil. It's strange how little fluid bubbles can be so gripping. [Creative Applications]
Source: http://www.engadget.com/2013/04/26/uber-taxi-app-approved-nyc-tlc/
Car service Uber and New York City's Taxi and Limousine Commission (TLC) have had a rocky relationship, as the Commission banned Uber from Gotham's taxicabs last year. Susequently, the TLC greenlit a trial to test cab hailing apps and after a brief legal delay, the pilot program is back in action, and Valleywag reports that Uber is the first app approved to participate in it. Uber's co-founder Travis Kalanick is, quite naturally, excited to be back in NYC taxis with the commission's tacit explicit approval, and stated that the app will be ready for use across the city "monetarily." So, it's official, good people of Gotham, you can now legally go forth and get your Uber on.
Filed under: Transportation, Software, Mobile
Via: The Verge
Source: Valleywag
Source: http://www.engadget.com/2013/04/27/google-releases-glass-kernel-gpl-source/
While our own Tim Stevens is currently adapting to life through Google Glass, developers are going beyond scratching the surface to fiddle with what's inside. Hot on the heels of Jay Freeman rooting Glass, devs will be pleased to know Google's throwing 'em a bone to by publicly releasing the kernel source. Interestingly, Karthik's Geek Center spotted info within the file that points to Glass potentially being equipped for NFC support. If you're up for tinkering, you'll find the temporary location of the tar.zx file itself at the source link.
Filed under: Misc, Robots, Wearables, Software, Google
Source: Google
Source: http://www.engadget.com/2013/04/26/samsung-reportedly-plans-new-8-inch-tablet-gs4-active/
Samsung Gulf president Young Soo Kim reportedly made casual mention of an upcoming rugged take on the Galaxy S 4 at a press event earlier in the week, but left out any details. Sources for the Wall Street Journal claim to know more of the story, and it sounds like the toughened phone won't be alone this summer. The Galaxy S 4 Active, as it's rumored to be called, would arrive in July and carry the dust- and waterproofing of spiritual predecessors like the Galaxy Xcover 2 while maintaining the GS 4's design language. A smaller, 4.3-inch parallel to the GS 4 would appear at the same time -- Galaxy S 4 Mini, anyone? The same tipsters also expect the release of a new 8-inch "Galaxy-line tablet" in June, which suggests the Galaxy Note 8.0 may get a regular Tab counterpart. We wouldn't base our buying strategies around the rumors when Samsung hasn't said anything that's truly on the record, but it might be wise to hold off if you're not in a rush.
Filed under: Cellphones, Tablets, Mobile, Samsung
Source: Wall Street Journal
Source: http://www.engadget.com/2013/04/26/artificial-sense-of-touch-gets-smarter-lets-robots-really-feel/
The verdict's still out on whether or not androids dream of electric sheep. But their ability to feel? Well, that's about to approach levels of human sensitivity. We're of course talking about the sense of touch, not emotions. And thanks to work out of Georgia Tech, tactile sensitivity for robotics, more secure e-signatures and general human-machine interaction is about to get a great 'ol boost. Through the use of thousands of piezotronic transistors (i.e., grouped vertical zinc oxide nanowires) known as "taxels," a three-person team led by Prof. Zhong Lin Wang has devised a way to translate motion into electronic signals. In other words, you're looking at a future in which robotic hands interpret the nuances of a surface or gripped object akin to a human fingertip and artificial skin senses touch similar to the way tiny hairs on an arm do.
What's more, the tech has use outside of robotics and can even be levereged for more secure e-signature verification based on speed and pressure of a user's handwriting. And the best part? These sensors can be manufactured on transparent and flexible substrates like the one pictured above, which allows for various real-world applications -- just use your imagination. Pretty soon, even robots will have the pleasure of enjoying the touch... the feel of cotton and maybe! even hu m that jingle to themselves, too.
Source: Georgia Tech, Science
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