Hasta La Gadget!

These shelves throw caution to the wind. They’ll blow you away. They’re a breeze. Can’t. Stop. Puns. Everywhere. Look, the point is that paper scattering in the wind is a great motif for shelves and these are super pretty. Okay? Fine. More »

Dubai’s Burj Khalifa skyscraper is a lot of things: a testament to humankind’s love of building humungous stuff for the hell of it. It’s very shiny! And in a bad storm, it sounds like it’s about to fall apart. More »

Canadian carrier Wind Mobile has faced no small amount of tumult in recent months, culminating in direct control by Orascom and talk of shopping the provider around to the highest bidder. We didn’t entirely anticipate just who would take up the offer, however: Fongo, best known for its former Dell Voice initiative, has made an overt bid for Wind. The VoIP provider wants to extend Wind’s network network across the country while moving subscribers over to Fongo within the space of a year, theoretically creating a perfect match between cheap cellular access and free internet calling. Before anyone pops champagne corks, we’d warn that there’s heavy amounts of publicity and symbolism involved in the acquisition attempt. Fongo is offering $1 and a 49 percent stake in its own venture — that draws attention to its service, but might not hold up in a fierce bidding war. There may be more involved, but we’ll have to wait before we know just how serious the move could be. Wind’s parent Globalive has declined comment, while Fongo tells us it’s waiting on a formal response before putting more of its cards on the table.

Filed under: Cellphones, Wireless, Mobile

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Source: Fongo

I think it’s definitely a good idea to try to replace some of the world’s nuclear power plants with clean and sustainable sources of energy. After the disaster at the Fukishima power plant, Japan has unveiled a plan to decrease its reliance on nuclear energy and move towards greater use of wind power.

To help with this transition, the Japanese Agency for Natural Resources and Energy plans to build the world’s largest offshore wind farm by 2020. It will be located near the current site of the now-defunct Fukushima nuclear power plant. The wind farm will have 143 wind turbines on floating platforms anchored to the sea floor. Once fully operational, the wind farm could generate up to a gigawatt of power.

This latest project is part of Japan’s initiative to become completely energy self-sufficient by 2040.

[via New Scientist]

I’ve had problems with computers and video game systems overheating over the years, so I’m all for good cooling systems. And while some computer modders have solved the problem by adding more cooling fans and heat sinks, I think this build might just be a bit more than most of us need.

What you’re looking at here is the Wind Tunnel Computer. It was built by Mike Schropp over at Total Geekdom, and it’s nothing short of awesome, if you ask me. Those giant ducts you see on the left and right are air intakes and outputs for the 6-foot-wide system, which is mounted in a contraction chamber in the middle designed to take full advantage of the increased air speed as it flows through.

The beefy Intel Ivy Bridge 3770k powered system is overclocked to a whopping 4.5GHz, along with overclocked Radeon 7970 GPUs running on Sapphire Dual-X cards. But it doesn’t just run fast, look cool and stay cool – Mike built it for a good cause. It’s connected to the World Community Grid project, and its CPU and GPUs spend their days and night crunching numbers to help cancer researchers find a cure. And thanks to the massive throughput of the system, it’s able to push through about 20x the workload of an average 4-core system. While that’s all awesome, I do wish Mike had actually built a small wind test chamber inside of it for other science experiments. Maybe for version 2.0.

He built the system using large MDF wood panels for the vent sections, and there’s a big box fan installed in one end of it to generate the wind. Mike assembled the main computer section using custom-cut Lexan so you can see through to it, and aluminum pieces to finish the look. It’s even got a control panel on the front with LED temperature gauges and key switches for turning the fans on and off.

Using a wind-speed tester, Mike was able to determine that the inlet takes in air at about 0.6MPH, and the exhaust port pushes out air at 1.4MPH. However, it’s the center contraction section where the computer is that really benefits from the design, where the wind reaches 12MPH – or 9MPH with the computer in place. He actually was able to push wind speeds as high as 26-30MPH with the fan set on a higher setting. He even used smoke testing to ensure optimal airflow over the components.

Check out the complete build log, along with many more photos over on Total Geekdom.