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Make music with the Large Hadron Collider through a web app
Now that music has come to the Large Hadron Collider, it's time for the giant science ring to make some music of its own. Meet Quantizer, a project from students Juliana Cherston and Ewan Hill that turns the ATLAS experiment's many, many particle collisions into music. The web app grabs data (in real-time when possible), cleans it up and maps it to musical notes. After that, it's just a question of the style you want to hear. There are cosmic sounds if you prefer an ambient vibe, or house music if you'd like something a little more dance-worthy.
University of Victoria's Mano underwater robot to prowl Arctic waters for legendary ships
Canadians well-versed in their history are very aware of Sir John Franklin's ill-fated 1845 expedition to find the Northwest Passage: a British voyage that set out to establish a sailing route through the Arctic and ended with the untimely, mysterious deaths of its two ship crews. No human ever found the abandoned ships, which makes it all the more fitting that the next best shot at discovery might come through a just-launched autonomous underwater vehicle from the University of Victoria and Bluefin Robotics. Meet the Mano, a new sonar-toting robot that can produce detailed undersea maps all by its lonesome while keeping a steady altitude above the ocean floor. It can only operate for 12 hours at a time, which will keep humans in the area, but its ability to run untethered below storms and cold Arctic winds should dramatically expand the territory that researchers can cover during their share of a larger five- to six-week journey. There's no guarantee that the Mano will hit the jackpot, or find something recognizable even if it does. Still, any mapping should improve navigation for modern boats -- and hopefully prevent others from sharing Sir Franklin's fate.
Caltech sets 186Gbps Internet speed record, makes our 5Mbps look even more inadequate (video)
Did you know that the Large Hadron Collider at CERN has already produced 100 petabytes of data that needed to be sent out to labs across the world for analysis? Pushing that amount of information across the Internet is a gargantuan task, which is why Caltech teamed up with the Universities of Victoria, Michigan and Florida (International) amongst others to try and break the internet speed record. Using commercially available gear (including Dell servers with SSDs), it was able to push 98Gbps and pull 88Gbps down a single 100Gbps fibre-optic connection between the Washington State convention center in Seattle and the University of Victoria computing center in British Columbia. Head on past the break for a video that shows you how it was done and why it probably won't be commercially available in time to super-size your Netflix queue.
