World’s most beautiful beach glows like millions of stars at night

Flickr user hala065 brings us these otherworldly images of a beach in the Maldive islands that glows with millions of pinpoints of glowing blue. The light from these bioluminescent phytoplankton looks like a fantastic starry sky somewhere deep in the universe. It’s mesmerizing. Read more…        

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World’s most beautiful beach glows like millions of stars at night

Researcher Allows Sand Flea To Grow Inside Her Foot To Study It

sciencehabit writes “Marlene Thielecke came to Madagascar to study the sand flea, an insect that spends part of its life cycle burrowed into the human foot — but she wound up getting more intimate with the critter than she cared for. Months into her project, Thieleckewas bitten by a flea herself. She decided to make the best of it, by taking regular photographs and videos and keeping track of her observations. ‘I thought it might be interesting’ to watch what happened, she says. As it turns out, her experience may help resolve an question entomologists have debated foor decades: Where, exactly, does the sand flea have sex?” Read more of this story at Slashdot.

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Researcher Allows Sand Flea To Grow Inside Her Foot To Study It

LucasFilm Combines Video Games and Movies To Eliminate Post-Production

llebeel writes “Lucasfilm is currently prototyping the combining of video game engines with film-making to eliminate the post-production process in movies. ‘Speaking at the Technology Strategy Board event at BAFTA in London this week, the company’s chief technology strategy officer, Kim Libreri, announced that the developments in computer graphics have meant Lucasfilm has been able to transfer its techniques to film-making, shifting video game assets into movie production. Real-time motion capture and the graphics of video game engines, Libreri claimed, will increasingly be used in movie creation, allowing post-production effects to be overlayed in real time. “We think that computer graphics are going to be so realistic in real time computer graphics that, over the next decade, we’ll start to be able to take the post out of post-production; where you’ll leave a movie set and the shot is pretty much complete, ” Libreri said.'” Read more of this story at Slashdot.

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LucasFilm Combines Video Games and Movies To Eliminate Post-Production

Get your 1980s retro Dungeons & Dragons fix with this crazy short film

This Must Be the Only Fantasy is a Dungeons & Dragons style collaboration between fashion line Rodarte and photographer Todd Cole. The short movie is packed with amazing unicorns, badass ear cuffs, Elijah Wood drop ins, and self important pauses. But it does 100% feel like the 80s. Read more…        

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Get your 1980s retro Dungeons & Dragons fix with this crazy short film

Inside a mile-deep open-pit copper mine after a catastrophic landslide

For the past few months I’ve been reporting a big story on the copper industry for Pacific Standard . It takes a broad look at how the global economic boom of the past decade, led by China and India, is pushing copper mining into new regions and new enormities of investment and excavation. (It’ll be out in June.) But a few days ago a very local event shook the copper industry, and I thought it would be neat to look at how a crisis at a single mine can ripple through space and time, ultimately affecting just about everyone around the globe. Above is a picture , from local news channel KSL , of a massive landslide at Bingham Canyon Mine, about 20 miles southwest of Salt Lake City. Bingham is an open-pit mine—a gigantic hole in the ground. The landslide, in effect, was the collapse of one of the pit walls. (For scale, the pit is a bit less than three miles wide and a bit more than three-quarters of a mile deep, and as you can see, the collapse stretches halfway across it and all the way from top to bottom.) KSL has more pictures here , and Kennecott Utah Copper, the subsidiary of the mining giant Rio Tinto which runs Bingham Canyon, has a spectacular Flickr set here . Check ’em out. The landslide went off at about 9:30 in the evening on Wednesday, April 11. It was expected: like most modern mines, Bingham has redundant sensor systems (radar, laser, seismic, GPS) that measure ground movement down to the millimeter and give plenty of warning when a collapse is imminent. The mine was evacuated about 12 hours before the landslide, and nobody was hurt. But the scale of the landslide was a surprise. Approximately 165 million tons of rock shifted, causing a highly localized earthquake measuring 5.1 Richter. It damaged or destroyed roads, power lines, and other infrastructure, and a number of the giant shovels and dump trucks that move ore and waste rock out of the pit. (For gearheads, the shovels are P&H 4100s and the trucks are Komatsu 930Es . Bingham’s fleet includes 13 of the former and 100 or so of the latter. Here’s a fun picture showing the scale of a 4100’s scoop , and here is a picture—not from the Bingham landslide—of a 930E that has taken a stumble .) The lost equipment was worth tens of millions of dollars, but much more significant is the fact that the landslide has shut Bingham Canyon down for an as-yet undetermined length of time. Much more significant because Bingham Canyon is not just another copper mine. Physically, it is the largest in the world, and it is among the most productive. Each year it supplies about 17 percent of U.S. copper consumption and 1 percent of the world’s. When a cog that big loses its teeth, the whole global economic machine goes clunk. First to feel the effect (other than the workers at Bingham Canyon, of course, who have been asked to take unpaid leave) was Rio Tinto, Bingham’s owner. Its stock opened lower the morning after the landslide, and its analysts projected that the company’s profits would drop 7 percent for this year, with ripple effects for some years after. Bad for investors, sure. But those losses, in turn, will mean less capital for Rio’s investments in its numerous other ventures, and since Rio is the third-largest mining firm in the world—if you live in anything like an industrialized economy, you use its products every day—the ripple effects spread far beyond Rio’s shareholders. A pinch in Rio’s supply lines will push up metal prices for everyone. (And in fact last Thursday, copper prices jumped up a bit , although the landslide was not the only factor.) After the landslide, Rio quickly invoked the force majeure protections in its insurance policies, which would allow it to cancel its futures contracts on Bingham copper and have its insurers cover the losses instead. But however those claims are resolved, there is no doubt that the insurers will soon be recalculating their actuarial tables. Landslides are a feature of pit mining (above is a picture I took from the bottom of the Bingham pit last October, looking up at one that happened a few years ago). But now it is clear that even the most advanced sensor systems can’t predict how big a slide will be. That uncertainty means insurers will have to raise their premiums. Again, the price effects will ripple through the mining (and the insurance) industry, and eventually spread out to affect all customers. And there’s a third dimension to the ripple effects of the landslide: time. Big mines like Bingham run on schedules that extend decades into the future. I was at Bingham to report on a huge development in the operations: a shift from open-pit to underground mining. The prep work, which involves digging more than a hundred kilometers of tunnel beneath the pit, began in 2011 and was expected to continue until 2023. Meantime, a big expansion of the open pit had gotten underway, timed to expose a big batch of new ore in 2017, just as the existing exposed ore ran out. And that new ore would have run out in—you guessed it—2023, just in time for the underground mine to start up. Now all that planning is scrambled. The pit expansion is on hold until the mine reopens. And as for the move underground, Rio Tinto hasn’t released an official statement yet, but all the prep work got buried by the landslide. The work is mostly invisible, being subterranean, but you can see the aboveground equipment at the bottom of the pit in a picture I took last year (above). Then match the distinctive, pale-grey trapezoid of rock on the pit wall above the equipment to the same trapezoid, visible center-right, in this picture from KSL. As you can see, the bowl-shaped depression where the underground work is based was completely filled in by rubble. In short, the events of a few seconds on an April evening in 2013 are beginning to move through the economy, and will reverberate for at least a decade. And who will feel the vibrations, if they know what to feel for? Everyone who uses electricity, telecommunicates, gets their water from a tap, or eats food raised by Big Agriculture. Wires, pipes, and fertilizer: that’s what copper is used for. I think we get too accustomed to abstract things, like changes in the federal interest rate or the pace of Chinese growth, shifting global markets. It’s good to be reminded that sometimes it’s still the earth itself that shakes the world.        

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Inside a mile-deep open-pit copper mine after a catastrophic landslide

You Can Now Pirate Apps On Your iPhone Without Jailbreaking

Apple must have heaved a great sigh of relief when it heard its Christmas wish had been answered—Installous, the jailbroken iOS app pirating app from the Hackulous community, was finally dead . But not so fast, Apple. Now anyone can install pirated apps, and without having to jailbreak too. More »

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You Can Now Pirate Apps On Your iPhone Without Jailbreaking

Microsoft Just Messed Up and Gave Out a Free Windows 8 Activation Key

If you’ve been wanting to upgrade to Windows 8 but baulk at paying then, firstly, you’re a bad person but, secondly, now your opportunity’s here. Microsoft just screwed up and handed out a free activation key for the OS. More »

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Microsoft Just Messed Up and Gave Out a Free Windows 8 Activation Key

Flotspotting: Bike Bad-assery, Part 3: Saline Airstream

It’s been a minute since we saw the last badass compressed air-powered motorcycle , so seeing as digital designer / 3D modeler Pierrick Huart finally got around to uploading the Saline Airstream to his Coroflot portfolio this past September, it’s worth revisiting even a year and a half after its debut. Back in March 2011, Technologic Vehicles reported that Huart was a member of one of seven teams of students from the International School of Design (ISD) in Valciennes, France, who submitted projects to a speedy brief from “Les Triplettes de Bonneville.” (As such, we’d be remiss not to credit fellow team members Vincent Montreuil, Julien Clément, Thomas Duhamel and Benedict Ponton.) Described as “crazy French DIYers,” the triplets selected the Saline Airstream design, when features an Alu-Magnesium chassis by Daniel Heurton and weighs in at only 102kg (224 lbs). Meanwhile, Wes Siler of Hell for Leather explains the technology behind the engine far better than I could ever hope to: Pneumatic engines using compressed air as their power source aren’t new. If you’ve used an impact wrench or other pneumatic workshop tool, then you’ve used a compressed air engine. The technology enjoys particular interest in France, where Victor Tatin conceived an airplane powered by it all the way back in 1879. That’s where Les Triplettes des Bonneville, the team that will run the Airstream and the makers of its engine come from. The company making the engine is MDI, which is pushing the technology in low-speed, urban vehicles. Like electricity, compressed air is zero emissions (well, technically it’s emitting air…), but unlike electricity, fill ups don’t take hours. You can fill a compressed air tank from a compressor or storage unit in the same time it takes to fill up with gasoline. The downside is that power output and therefore performance are so far somewhat limited, something Les Triplettes are trying to address. The function of a pneumatic piston engine of the kind employed here is incredibly simple. Air is stored in the Airstream’s three tanks at 3,626psi and fed into the engine at 363psi, where it expands, pushing the piston down. That pistons’s return path exhausts the air through a valve, just like in your gasoline-powered motorcycle. (more…)

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Flotspotting: Bike Bad-assery, Part 3: Saline Airstream