1 billion people used Facebook on Monday

What were you doing Monday? According to Mark Zuckerberg, it probably included using Facebook. He just posted that for the first time, the social network notched one billion individual users in a single day, calling it “just the beginning of connecting the whole world.” With that kind of scale, it’s no wonder the exec is focused on drones , lasers and satellites to connect the rest of the world to the internet ASAP, because he’s got an idea what they’ll be logging in to eventually. We just passed an important milestone. For the first time ever, one billion people used Facebook in a single day.On… Posted by Mark Zuckerberg on Thursday, August 27, 2015 We made this video to celebrate all you’ve done to help our community connect one billion people in a single day. It’s an amazing milestone. I hope you enjoy. Posted by Mark Zuckerberg on Thursday, August 27, 2015 [Image credit: AFP/Getty Images] Filed under: Internet , Facebook Comments Source: Mark Zuckerberg (Facebook) Tags: activeusers, billion, facebook, MarkZuckerberg, video

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1 billion people used Facebook on Monday

Vim On A Typewriter Will Endear You To Grizzled Unix Experts

 There have been many mechanical keyboard solutions in the past few years, most notably an IBM Selectric with serial out that let you klack away like Ada Lovelace directly into a printed email. However, the real Holy Grail has been the ability to transmit mechanical key presses directly to a computer using a few bits of electronics. Well, it’s been done and it’s glorious. An… Read More

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Vim On A Typewriter Will Endear You To Grizzled Unix Experts

Coin Unveils The Next Generation Of Its All-In-One Credit Card

 Coin, the device that wanted to replace all of your credit cards with a… card, is prepped and ready to dig into the future with Coin 2.0. Coin 2.0 uses NFC and is EMV-compatible so that users can not only tap to pay, the way you would with Apple Pay on an iPhone, but can integrate their chip-and-pin cards to the device. The original Coin, debuted in November 2013 on Kickstarter, … Read More

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Coin Unveils The Next Generation Of Its All-In-One Credit Card

AMD’s R9 Nano crams a full Fury X into a tiny 6-inch form factor

12 more images in gallery Earlier this year, AMD unveiled three new graphics cards: the R9 Fury X, R9 Fury, and R9 Nano. While the top-of-the-line water-cooled R9 Fury X and air-cooled R9 Fury have both since been released to positive reviews, the mini-ITX sized R9 Nano has remained something of a mystery. Fortunately, the Nano appears to have been worth the wait. While the Nano costs the same as a Fury X—$649, or about £530 (UK pricing is unconfirmed)—the diminutive card also sports same full-fat Fiji chip, which is crammed into its teeny 6-inch form factor. With the R9 Nano you get a full 4096 stream processors, 256 texture units, 64 ROPs, and 4GB of 4096-bit memory high-bandwidth memory operating at 1000MHz. AMD claims performance is around 8.2 TFLOPS, which is only five percent below that of the Fury X. Even better, the Nano needs just a single 8-pin PCIe power connector, with a typical power consumption of 175W, which is miles below the 275W of the Fury X. Of course, such dramatic power savings have to come from somewhere, and for the Nano that means a reduction in clock speed. The Nano’s GPU is rated for “up to 1000MHz,” with AMD saying that under typical usage in most games it runs between 850MHz and 900MHz. That’s around a 14 percent decrease over the 1050MHz of the Fury X, but it’s still impressive given the Nano’s size. AMD puts performance somewhere between the Fury and Fury X, with the full shader count helping to mitigate the drop in clock speed versus the Fury. Read 5 remaining paragraphs | Comments

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AMD’s R9 Nano crams a full Fury X into a tiny 6-inch form factor

Amazon Underground has completely free apps, including in-app extras

Free apps sometimes try to rope you into in-app purchases to make a profit. Not so with Amazon’s new approach to free software, though, as the online retailer is offering over $10, 000 in apps, games and even those in-app add-ons at no cost. Yes, it sounds too good to be true on the surface, but Bezos & Co. will compensate developers based on how long you use their apps. Amazon will shell out per-minute payments in exchange for developers nixing any fees, which means for the software is free to download and use. GdgtSpot reports that the company’s “Free App of the Day” promotion is no more, so it looks like Underground will replace it. Since Google Play’s rules don’t allow for apps that serve up other apps or games, you’ll have to download the Underground app directly from Amazon. And when you do, look for the “Actually Free” designation for items that are included in the new initiative. Filed under: Software , Mobile , Amazon Comments Source: Amazon Tags: amazon, amazonunderground, app, apps, mobilepostcross, software, underground

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Amazon Underground has completely free apps, including in-app extras

Researchers may have found a cancer cell’s ‘off’ switch

Aside from their abnormal growth rates, cancerous cells aren’t that much different from normal healthy tissue. That’s why radiation and chemo treatments can’t effectively target just tumors. However, a team of researchers from the Mayo Clinic believe they’ve discovered a mechanism that can rein in cancer’s uninhibited growth by retraining these wayward cells to die like they’re supposed to . See, when cells get old and prepare to die, they’re supposed to stop dividing. This process is controlled by “biological processors” called microRNAs which feed the cell just enough of the PLEKHA7 protein to inhibit division. But in the case of cancer, the microRNAs don’t deliver enough of the protein and the cells begin to divide out of control, resulting in a tumor. In a recently published study in the journal Nature Cell Biology , the Mayo Clinic team found that by injecting microRNA directly into a tumor, PLEKHA7 levels returned to normal and the cancerous cells stop reproducing. “This is an unexpected finding, ” Chris Bakal, a specialist at the Institute for Cancer Research in London, told The Telegraph . “Normal cells touch each other and form junctions, then they shut down proliferation. If there is a way to turn that [process] back on, it would be a way to stop tumors from growing.” What’s more, the method has shown to be surprisingly effective against some especially aggressive forms of cancer, at least in initial lab tests. However, the researchers don’t believe this will be some magic bullet that cures cancer outright. “This important study solves a long-standing biological mystery, but we mustn’t get ahead of ourselves, ” Henry Scowcroft, Cancer Research UK’s senior science information manager, told The Telegraph . “There’s a long way to go before we know whether these findings, in cells grown in a laboratory, will help treat people with cancer. But it’s a significant step forward in understanding how certain cells in our body know when to grow, and when to stop. Understanding these key concepts is crucial to help continue the encouraging progress against cancer we’ve seen in recent years.” Still, any step forward in the fight against this disease will be a welcome one. [Image Credit: Scott Tysick / Getty Creative] Filed under: Science Comments Via: Telegraph , Quartz Source: Nature Tags: cancer, chemo, MayoClinic, medicine, microRNA, PLEKHA7, protein, radiation, tumor

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Researchers may have found a cancer cell’s ‘off’ switch

There’s a new Tesla Model S long-distance record: 452.8 miles

There’s a reason this guy’s so popular. Bjorn Nyland might be familiar to readers because he just earned himself a free Tesla Model X by successfully getting ten people to buy a Model S . He was able to promote the all-electric car so well because he’s been doing it for ages. He’s proven the capability of the S by taking it 233 miles on a charge even in the deepest, darkest Norwegian winter . He also knows how to wring a lot more miles out of an electric car when the weather’s warm. A little over 452 miles, to be exact. Decked out in a Model S with a “Slow” sticker on the rear end, Nyland and his friend Morgan Tørvolt drove for 18 hours and 40 minutes at an average speed of just 24.2 miles per hour (ouch) to get 452.8 miles out of their battery pack. They started and ended at the Supercharger station in Rødekro, Denmark. That’s an extreme bit of hypermiling that I think throws down the challenge gauntlet to Wayne Gerdes or anyone else who wants to see just how far a big EV with two people inside can go. Unsurprisingly, the duo did the drive in a P85D, which has an 85-kWh battery pack, the biggest Tesla currently sells. A P90D model is on the way , so we’ll open up the floor to comments to see how many miles you think can be be stretched out of an extra 5 kWh. Pure math would say Nyland and Tørvolt got 5.3 more miles per kWh, which would translate to 26.5 more miles. Somehow we think that’s a floor, not a ceiling. The previous record for hypermiling an 85-kWh Model S was set by the father-son duo of David and Adam Metcalf in last 2013. Their record was 423.5 miles . The Metron 7 team took their modified all-electric Mazda minivan 513.3 miles on one charge , but that was using a 108-kWh pack. Filed under: Transportation Comments Via: Teslarati Source: Bjørn Nyland (YouTube) Tags: autoblog, bjornnyland, hypermiling, ModelS, morgantorvolt, p85d, partner, syndicated, tesla, tesla p85d, video

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There’s a new Tesla Model S long-distance record: 452.8 miles

Uber’s self-driving car efforts get help from the University of Arizona

Uber’s ambitions in the self-driving car space took a step forward today — the company just announced a partnership with the University of Arizona that will see the university become the home of Uber’s mapping test vehicles. According to a press release from Arizona governor Doug Ducey, the partnership will focus on research and development for optics systems focused on mapping and safety for self-driving vehicles. Uber is also donating $25, 000 to the University of Arizona’s College of Optical Sciences, and an internal email obtained by The Verge indicates that the donation will be for scholarships. This partnership comes after Uber officially partnered with Carnegie Mellon University earlier this year; since then, Uber’s self-driving cars have been spotted driving around Pittsburgh . There’s also been accusations of Uber poaching many of the university’s researchers, something the University of Arizona might want to keep an eye out for. Either way, this partnership is just another sign that Uber sees its future as one where drivers aren’t behind the wheels of its cars. [Image credit: Bloomberg via Getty Images] Comments Source: State of Arizona , The Verge Tags: selfdrivingcars, uber, universityofarizona, uofa

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Uber’s self-driving car efforts get help from the University of Arizona

VMware brings Windows 10 and graphics boost to Fusion and Workstation

VMware’s desktop virtualization software for Macs, Windows PCs, and Linux are being upgraded today to support Windows 10 and new features to boost performance. VMware Fusion for Macs is up to version 8, while Workstation for Windows and Linux is up to version 12. Both products have an improved graphics engine to support DirectX 10 and OpenGL 3.3. VMware’s release comes one week after Parallels upgraded its desktop virtualization software for Macs. Here’s what Fusion 8 looks like: Read 26 remaining paragraphs | Comments

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VMware brings Windows 10 and graphics boost to Fusion and Workstation

MIT’s newest 3D printer spouts 10 materials at a time

One of the biggest hindrances to current 3D printers is that they almost exclusively stick to a single precursor be it plastic, metal or glass . At most, you can get one that extrudes three materials at a time and they’re going set you back a quarter of a million dollars . However, a team of researchers at MIT’s Computer Science and Artificial Intelligence Laboratory ( CSAIL ) have debuted a novel solution that allows users to create more complex items in a fraction of the time and cost by printing up to ten different materials simultaneously. Dubbed the MultiFab, this machine doesn’t extrude materials. Instead, it mixes microscopic droplets of photopolymers together and shoots them through inkjet-style printers. The system is also quite complex despite being constructed primarily from off-the-shelf components. A central computer directs the printer while receiving a continual stream of data from a 40-micron resolution 3D scanner and camera array as the item is being created. This feedback data — which measures in the dozens of gigabytes — allows the machine to correct and re-calibrate itself as the item is being printed. It also allows the user to place other objects, say a CPU chip, into the project and then print around it. The team envisions users being able to place a cellphone in the machine and 3D-print a case directly onto it. “The platform opens up new possibilities for manufacturing, giving researchers and hobbyists alike the power to create objects that have previously been difficult or even impossible to print.”says Javier Ramos, CSAIL research engineer at CSAIL co-author of the paper. The team believes that the technology could easily be scaled for use in commercial and hobbyist applications alike. Filed under: Science Comments Via: Popular Science Source: MIT Tags: 3D, 3D printing, 3D scanner, camera, Massachusetts Institute of Technology, MIT, MultiFab, scanner

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MIT’s newest 3D printer spouts 10 materials at a time