SwinburneUniversityOfTechnology
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Iced-out diamond planet catches astronomers' eyes
If you thought Kim Kardashian's engagement ring was a ridiculous rock, you haven't seen the ludicrously large diamond planet, J1719-1438. Scientists at the Swinburne University of Technology in Melbourne recently spotted this celestial body that's so dense, it's believed to be crystalline carbon -- i.e. a ginormous diamond similar in size to Jupiter. Since the '60s, astrophysicists like Marc Kuchner have theorized that carbon-heavy stars can burn out, crystallize and form diamonds under the right pressure. Supporting the idea, a white dwarf star spotted in 1992, BPM 37093, had cooled and crystallized over the course of 12 years -- even copping the nickname "Lucy" after the Beatles jam. Although astronomers in Australia, Britain and Hawaii have all identified the newly spotted precious planet J1719-1438, they are still unsure if the crystallized carbon rock will be all sparkly mountains up close -- dashing the hopes and dreams of material girls everywhere.
Robot Ruby solves Rubik's Cube in 10.69 seconds, still can't beat humans (video)
There are a few robots smart enough to solve a Rubik's Cube in seconds flat, but a group of students at Swinburne University of Technology think theirs may be the fastest on Earth. Their bot, named Ruby, recently mastered the puzzle in just 10.69 seconds, including the time spent analyzing the cube. To achieve this feat, the device scanned the toy with a webcam before its software processed the images to crank out a solution. According to the university, Ruby's 10-second mark smashes the current world robot record of 18.2 seconds, unofficially making it the fastest cube-solving machine on the planet. But Ruby still has a long way to go before it catches Feliks Zemdegs -- a 16-year-old Australian who solved a Rubik's Cube in 6.24 seconds and continues to carry the torch for all of humanity. Twist and turn your way past the break for the full PR and a video of Ruby in action, as well as a clip of Zemdegs showing us how the pros do it.
Aussie whiz-kids can cram 1.6TB on a DVD-sized disc, go Outback tonight
Don't take it personally, Blu-ray -- we still love you and all, but there's just something dreamy about baking 1.6TB of information onto a blank piece of optical media we can actually afford. According to a new report, a crew of researchers at Swinburne University of Technology in Australia have exploited the properties of a certain gold nano-rod that will theoretically enable them to shove 300 DVDs worth of data onto a single disc. Calling the method "five-dimensional optical recording," the technique "employs nanometer-scale particles of gold as a recording medium," and according to developers, it's primed for commercialization. Essentially, these gurus have figured out how to add a spectral and polarization dimension, giving them the ability to record information "in a range of different color wavelengths on the same physical disc." As for the chances this actually makes it out of the laboratory and into the lives of real humans? Slim, Jim.[Thanks, Sam]
