Apple has a new patent that could result in interesting use cases, including getting navigation directions from a robot scouting ahead, or live route information from your local friend when you’re visiting an unfamiliar city. The new patent (via AppleInsider) describes the sharing of live path tracking between devices, which goes beyond the kind of location sharing in Find My Friends… Read More
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Apple Blazes A Trail With Streaming Route Sharing Patent
Remember that no-stick ketchup bottle of the future an MIT professor made a few years ago? Well, the MIT team created a company to sell the super slippery technology, and Elmer’s recently signed an exclusive license to use it in their glue bottles. Pretty slick! (Sorry.) Read more…
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Crazy No-Stick Coating Is Coming to a Bottle of Glue Near You
jones_supa writes: A year ago, animation studio Pixar promised its RenderMan animation and rendering suite would eventually become free for non-commercial use. This was originally scheduled to happen in the SIGGRAPH 2014 computer graphics conference, but things got delayed. Nevertheless, today Pixar is releasing the free version into the wild. Free, non-commercial RenderMan can be used for research, education, evaluation, plug-in development, and any personal projects that do not generate commercial profits. This version is fully featured, without a watermark or any kind of artificial limits. Featuring Pixar’s new RIS technology, RenderMan delivers extremely fast global illumination and interactive shading and lighting for artists. The software is available for Mac, Linux, and Windows. In conjunction with the release, Pixar has also launched a new RenderMan Community site where users can exchange knowledge and resources, showcase their own work, share assets such as shaders and scripts, and learn about RenderMan from tutorials. Read more of this story at Slashdot.
As if Facebook couldn’t get any bigger , it’s looking like The Social Network wants to start natively hosting content from news organizations. As The New York Times ‘ sources tell it, Zuckerberg and Co. have been in talks with at least six media companies about publishing their content directly on the site — no link-clicking required. The initial round of publications apparently includes The New York Times , Buzzfeed , National Geographic and our sister publication The Huffington Post . The reason? Websites take too long to load, and Facebook says that on mobile, the average eight-second page-load takes too long. The ourfit has a vested interest in mobile , hence it stepping in. Some of that load-time comes from advertisements, of course, which is how publications keep the lights on. From what the NYT says, it doesn’t seem like this pitch is going over too well, and probably for good reason. Facebook hasn’t exactly established much of a revenue (or traffic-data) sharing precedent, and at this stage, the whole deal looks very one-sided: Users stay on Facebook longer while news organizations sacrifice audience info and advertising income in exchange for eyeballs on its content. The argument here is that it could help a story get more views because, like its native video posts , these news stories would gain favor in the social media juggernaut’s curated news feed . Whether that’ll balance out for publications in the long run is anyone’s guess at this point. [Image credit: Alamy] My quote has gone viral but is being stolen by others. Read the original piece here http://t.co/7jrNn8XHcN pic.twitter.com/aO2dO25T55 – Tom Goodwin (@tomfgoodwin) March 21, 2015 Filed under: Internet , Mobile , Facebook Comments Source: The New York TImes
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Facebook wants to save you a click by hosting other sites’ content
Researchers who are obviously Saved by the Bell fans have developed clothing fibers that could turn you into a walking neon sign. Rather than OLED or LCD tech, the team exploited polymer light-emitting electrochemical cells (PLECs) that are rugged enough to be used in fabrics. They created a millimeter-sized fiber that’s decidedly high-tech — it consists of a thin steel wire coated with nanoparticles and an electroluminescent polymer, topped by a transparent carbon nanotube outer layer. A prototype fabric glowed for several hours, but so far, the light colors are limited to blue and yellow. However, PLEC tech has a theoretical life span of thousands of hours, and more colors are technically possible. The fibers could feasibly “be woven into light-emitting clothes for the creation of smart fabrics” or used for biomedical applications, according to lead scientist Zhitao Zhang from Shanghai’s Fudan University. However, there are a few hurdles to clear. The fibers are too short to be woven into clothing and, like your old Christmas tree lights, are still too unstable. On the other hand, they require less power than LEDs and are transparent and conductive — meaning they have potential to be used for human- or solar-powered wearables. We could also see them in future invisibility cloaks if combined with tiny cameras. For now, it’s just a rough prototype, but display tech often goes from concept to reality a lot faster than other scientific pipe dreams . Filed under: Wearables , Science , Alt Comments Via: Spectrum IEEE Source: Nature
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Light-emitting fabrics could reinvent your ’90s wardrobe
Apple has secured a new patent (via AppleInsider) for a special three sensor camera designed for thin, wireless devices like the iPhone. The three sensors would each capture a separate color component, as divided by a special light-splitting cube that would divide up light entering the camera into red, green and blue (or other color set) wavelengths. Why? Better resolution and lower noise… Read More
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Apple Patents A Light-Splitting iPhone Camera Sensor System
Samsung has taken a commanding lead in next-gen SSDs that blow away old-school models , but it finally has some competition. Kingston’s HyperX Predator PCIe SSD is now available with read speeds touching 1.4GB/s. That’s still a far cry from Samsung’s latest SM951 SSD , which reads at a ridiculous 2.2GB/s. But unlike Samsung’s OEM-only model, you can actually purchase the Predator PCIe and jam it into your own PC build or laptop. You’ll need an M.2 SSD slot to do so (preferably with four PCIe lanes), but if that’s missing, Kingston will supply a PCIe slot adapter for an extra ten bucks or so. Write speeds run at 1GB/s, and random read/write IOPS are a scorching 130, 000/118, 000 random. For that, your wallet will also get scorched: it’s around $460 for the 480GB model ($230 for 240GB), or nearly double a regular HyperX 480GB SATA III drive. But that matches the price of Samsung’s similar XP941 model , and prices will likely fall quickly now that there’s some competition. Anyway, the performance is also more than double, and you can’t put a price on bragging rights . Filed under: Storage Comments Via: Tom’s Hardware Source: Kingston
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There’s now a super-speed PCIe SSD you can actually buy
OAKLAND, Calif.—If you have driven in Oakland any time in the last few years, chances are good that the cops know where you’ve been, thanks to their 33 automated license plate readers (LPRs). Now Ars knows too. In response to a public records request, we obtained the entire LPR dataset of the Oakland Police Department (OPD), including more than 4.6 million reads of over 1.1 million unique plates between December 23, 2010 and May 31, 2014. The dataset is likely the largest ever publicly released in the United States—perhaps in the world. Read 59 remaining paragraphs | Comments
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We know where you’ve been: Ars acquires 4.6M license plate scans from the cops
An anonymous reader writes Ben-Gurion University of the Negev (BGU) researchers have discovered a new method to breach air-gapped computer systems called “BitWhisper, ” which enables two-way communications between adjacent, unconnected PC computers using heat. BitWhisper bridges the air-gap between the two computers, approximately 15 inches apart that are infected with malware by using their heat emissions and built-in thermal sensors to communicate. It establishes a covert, bi-directional channel by emitting heat from one PC to the other in a controlled manner. Also at Wired. Read more of this story at Slashdot.
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Hack Air-Gapped Computers Using Heat
A technique for editing genes while they reside in intact chromosomes has been a real breakthrough. Literally . In 2013, Science magazine named it the runner-up for breakthrough-of-the-year, and its developers won the 2015 Breakthrough Prize . The system being honored is called CRISPR/Cas9, and it evolved as a way for bacteria to destroy viruses using RNA that matched the virus’ DNA sequence. But it’s turned out to be remarkably flexible, and the technique can be retargeted to any gene simply by modifying the RNA. Researchers are still figuring out new uses for the system, which means there are papers coming out nearly every week, many of them difficult to distinguish. That may be precisely why the significance of a paper published last week wasn’t immediately obvious. In it, the authors described a way of ensuring that if one copy of a gene was modified by CRISPR/Cas9, the second copy would be—useful, but not revolutionary. What may have been missed was that this process doesn’t stop once those two copies are modified. Instead, it happens in the next generation as well, and then the generation after that. In fact, the modified genes could spread throughout an entire species in a chain reaction, a fact that has raised ethical and safety concerns about the work. Read 14 remaining paragraphs | Comments
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New DNA construct can set off a “mutagenic chain reaction”