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Chile's Atacama Desert might not be true Martian territory, but it's close enough for the European Space Agency's new rover. Built by a crack engineering team in just six months, the Seeker rover was created to autonomously roam 6 km of Mars-like terrain and trace its way back. The Seeker just wrapped up a two week gauntlet in the Chilean wasteland using ol' fashioned dead reckoning and stereoscopic vision to find its way, compiling a 3D map of its surroundings as it puttered along. The full-scale rover wandered the arid terrain on its lonesome until temperatures forced it to stop after trekking 5.1 km. The red planet won't welcome an ESA rover until 2018, but those jonesin' for news from Martian soil should keep their eyes peeled for Curiosity's August touchdown.

As the great Tom Petty once said, you don't have to live like a refugee, but one UN agency is hoping you'll at least download its new app to see what it could be like. My Life as a Refugee is designed to raise awareness about the plight of millions of people living in conflict-ridden places around the globe, and it's available right now for free on Android (coming soon to iOS). We found the app to be only marginally interactive, with users simply encouraged to click through a litany of facts. However, you do get to choose one of two possible options before time runs out as each situation unfolds. You can only "play" a certain amount each day, which means you get some cliffhangers, and of course you can "share your experience" on Facebook right from the app. You can learn more there in the source link.

Simulated Jedi training not passing muster? Something more firmly grounded in reality might fit the bill. Hack a Day's bug zapping lightsaber, for instance, is suitably real -- and what it lacks in actual lasers it makes up for in insect annihilation. As the amalgamation of a Star Wars toy and an electrified bug racket, the zapper saber isn't exactly a looker -- two layers of metal mesh wrap awkwardly around the toy's telescoping blade, secured only by electrical tape and the sheer will of the force. All told, the contraption was constructed in roughly 20 minutes and Hack a Day reckons that more elaborate ones can be crafted with a tad more time and materials. Head past the break to catch the build process in motion.

Michael Larabel already had a 12-core PandaBoard-based mini-cluster under his belt. Clearly, the only way to outdo that is to go bigger, better and greener. The Phoronix founder took 48 of the OMAP 4460-powered boards, got them up and running on Ubuntu 12.04 and chained them together in a massive ARM cluster of Linux goodness. Even with 96 cores chugging along at 1.2GHz the cabinet of tiny computers used only 200 watts -- a threshold Larabel was able to meet with a solar panel strapped to a handtruck. Sadly we don't have any performance figures yet, but MIT, where the little ARM experiment was conducted, should be releasing benchmarks and video soon enough. In the meantime, hit up the source link for some more details and photos of this 96-core, solar-powered wonder.

Those interested in criminology, forensics or the basics of voyeurism probably have a decent grasp on what a camera obscura is. For everyone else in the audience, allow us to explain. Used since way before your birth, these chambers are designed with an optical device that projects an image of its surroundings on a screen; you just need a room with a hole in one side, which allows a fine amount of light to pass through. If you've ever watched [insert crime drama here], you've probably seen those magical investigators take a blurred shot of a room wall, zoom it in and somehow draw conclusions about the origins of life. Now, MIT's own Antonio Torralba and William Freeman have developed a method that can "transform the entire setting into a pinhole camera." In other words, any room with a window can be repurposed for forensics. On that note, you should probably consider moving your... operations center to a windowless bunker, STAT.

Remember that USS Enterprise-esque ocean research vessel we first ran across back in 2005? Yes, the one that was originally slated to hit the open waters in 2008 or 2009. After catching heat for its lofty ambitions for the last 12 years, the SeaOrbiter is finally set to begin construction later this year. The ship is slated to measure 170 feet (51 meters) tall, but to stabilize the vessel over half of the vehicle would stay below the surface, providing all sorts of collection systems and useful tools. Not only does it look like something out of Minority Report, but the SeaOrbiter is 100% sustainable. The ship's power is set to come from solar, wind and wave power with biofuel in case nature doesn't cooperate -- when the vessel isn't adrift via ocean currents. Funding has been obtained for the $52.7 million undertaking, which will produce an endless amount of data on global warming and marine biology around the globe. For a look at some renders of the massive vehicle, click though the gallery below for a quick peek.

SeaOrbiter marine research vehicle

Nothing makes us smile like combining our nostalgia for childhood with our current love of hacking up gadgets and electronics. So, we've got to hand it to the folks over at ENESS, a design group whose latest installation takes cues from the playground as well as the DIY scene. Details on what exactly went into the build are sadly scarce, but it seems safe to assume there's at least one accelerometer on the Tilt of Light somewhere. See, this seesaw is home to 33 rows of lights that react in real time to the motion of the lever. There are also four different "atmostpheres" to choose from (air, water, space and yogurt), which effect how the light behaves. Right now the glowing teeter-totter is sitting pretty in Melbourne, Australia as part of the Light in Winter program. You can see this marvel in action in the video after the break, or by making the trip to Federation Square before July 1st.

Happy belated Father's Day, internet -- now please enjoy some video of Ben Heck modding a toilet. The tinkerer-turned-host offered up one of his more unsanitary projects over the weekend, involving a bathmat, a Glade Plug-in, a porcelain throne and a Tron-esque lighting scheme. Step on the weight-sensing mat and the conductive ink will go to work, lighting up side illuminating fiber optics on the toilet, should the photocell determine it dark enough. All of this means not having to turn on the bathroom lights once that nightcap is ready to make the next step in its magical journey. And best of all, the lighting scheme is visible underneath the lid, so you can put the seat down, like the civilized individual you are. Video after the break.

Not looking to be left out of the biofuel party, Air Canada is the latest to try out the eco-friendly alternative for its jet engines. An Airbus A319 will make the outfit's pseudo-sustainable flight from Toronto to Mexico City powered by a 50 / 50 mixture of the aforementioned material and regular ol' jet fuel. This particular blend is derived from recycled cooking oil and meets all standards to avoid any modifications to the aircraft's existing systems -- while still offering a 40 percent cut in emissions. In addition to green-powered trips, the airline is implementing several other measures to improve its impact on Mother Nature, including the use of iPads over paper documents for pilots. Here's to hoping that the company will be fueling it's own 787s with the blend in the near future.

[Thanks, Renaud]

Time to break out your theoretical physics cap for a moment. A new idea about the cause of neutron loss (a phenomena in which neutrons seem to momentarily disappear), is pushing the boundaries of easy to conceptualize science. Zurab Berezhiani and Fabrizio Nesti of Italy's University of l'Aquila have suggested that the particles could briefly be visiting parallel universes before returning. Experiments have shown that the rate of loss is dependent on the direction and strength of an applied magnetic field -- an anomaly that doesn't jibe with current physics. If a parallel universe existed consisting of so-called "mirror particles," however, the neutrons could temporarily swap places with its invisible twin before returning to its rightful place in this world. More experimentation is needed, but if the predictions of Berezhiani and Nesti are correct, it could indicate that we're surrounded by mirror particles in a parallel universe -- a potential culprit for the mystery of dark matter.

When you've got as many different drone models as the US military, it can be hard to manage things. That's why a group inside the Pentagon is looking to help cut down on unmanned aerial fragmentation, attempting to develop a way to manage all of the different models with a universal drone controller. It's something the military has tried and failed to accomplish in the past, but this time it's taking a more smartphone-esque approach to the matter, according to Wired. The key would be to create an underlying software architecture that allows pilots to control fleets of unmanned vehicles. On top of that would be specific applications that are "down-loaded to suit individual user taste and productivity," a Pentagon official told the site. The approach would make it possible to control different models with differing functionality as a connected fleet.

Most neurochip projects have been designed around melding the brain and technology in the most literal sense. Intel's Circuit Research Laboratory, however, is betting that we might get along just fine with neuromorphic (brain-like) computers. By using valves that only have to respond to the spin of an electron, as well as memristors that work as very efficient permanent storage, the researchers believe they have a design that operates on the same spikes of energy that our noggins use rather than a non-stop stream. Along with simply using power levels closer to those of our brains, the technique allows for the very subtle, massively parallel computations that our minds manage every day but which are still difficult to reproduce with traditional PCs. There's still a long path to take before we're reproducing Prometheus' David (if we want to), but we've at least started walking in the right direction.

After more than a year of circling the globe, the US Air Force's X-37B has finally touched down at Vandenberg Air Force Base in California. The unmanned, reusable space plane spent 469 days in orbit, performing a number of experiments (many of which are classified) before finally ending its lengthy run Saturday. What exactly the military has learned from the extended orbital excursion is unclear, but, like the Mars rovers before it, the X-37B turned out to be far more robust than many had anticipated. Its mission was originally intended to last just nine months, but its operators managed to milk about six more months out of the craft. While we wait to find out what the next step is, enjoy the video of it landing after the break.

Believe it or not, the only countries to have docked a human-helmed spacecraft in the first 50 years of spaceflight were Russia and the US. That small community just got bigger, as China's Shenzhou-9 has successfully docked with the Tiangong-1 module put in orbit for just such a test. The link-up is being used for experiments in the short term, but it's a key step in a program that will ultimately lead to a full-fledged Chinese space station. On top the wider ambitions, the docking also marks a victory for gender-neutral space travel: Liu Yang, one of three crew members, is the country's first female spacefarer. China's space program has a long road ahead, but it's clear the International Space Station won't be alone for much longer.

Update: Yes, China more accurately covers east Asia, not just the southeast. Our apologies!

Google's updated its transparency report to show how many times governments worldwide sought to censor search results, drop YouTube videos or look at user data in the second half of last year. Each request is logged and detailed, with the most filings coming from the US, UK and India. The requests varied from censoring a video where a Canadian citizen creatively destroyed his passport (not complied with) through to blogs promoting hate speech and violence (complied with). Mountain View's list makes for interesting reading, but it's not all bad news: where videos were merely critical or satirical of the local authorities, the search giant refused to pull 'em, respecting private citizens right to free speech in a great majority of cases.

Short of scoring a spot on the ISS experiment docket, putting your scientific aspirations into orbit can be a bit tricky. Why not try crowdsourcing your way into space? ArduSat's barking up that very tree, asking Kickstarter contributors to help them get a Arduino CubeSat off the ground. Headed by NanoSatisfi, a tech startup operating out of NASA's Ames Research Center, the project hopes to raise enough funds to launch an Arduino bank and a bevy of open-source sensors into orbit. The payoff for backers? Access. Varying levels of contribution are rewarded with personalized space broadcasts, remote access to the space hardware's onboard cameras and even use of the machine's sensors to run experiments of the backer's own design. If all goes well, the team hopes to launch more satellites for the everyman, including a unit dedicated to letting would-be stellar photographers take celestial snapshots. Sure, it's far cry from actually launching yourself into the stars, but would you rather be a tourist, or a scientist? Check out project at the source link below, and mull over that for awhile.

Futurama may have set an unreasonably high bar for the next-generation bending unit, but Opton's T-WIN20 KDM inches slightly closer to the perfect drinking buddy of tomorrow. Unlike traditional robot benders, the T-WIN20 KDM can process and bend objects without the need for human assistance. It won't run off (or brew) Beer like MomCorp's premier bending unit, but forgoing meatbag assistance is a start. Check out the ¥15,500,000 ($194,000) pipe mangler after the break.

Takara Tomy's i-SODOG might not be as intimidating as other robotic quadrupeds, but it sure is a charmer. Freshly unveiled at the Tokyo International Toy Show, the puppy comes laden with touch sensors, 15 custom servos and a microphone, letting its master command it with up to 50 unique voice cues. The mechanical mutt's mind packs some basic artificial intelligence as well, allowing it to learn and modify its behavior based on the user's commands. If the pup flunks out of digital dog training, however, its owner can always assume control directly with the i-SODOG iOS / Android app or from a dedicated controller. Fido's chasing a Spring 2013 release for 31,500 yen ($400), but there's no word on a release outside of Japan. In the meantime, a video of the plastic pooch in action awaits you after the break.

Earthly music just ain't enough for reggae / rock band Echo Movement. In search of extraterrestrial inspiration, they hooked up with researchers at Georgia Tech's Sonification Lab, which specializes in turning ugly numbers into beautiful music. Using data from NASA's Kepler telescope and its search for Earth II, SonLab generated "sequences of sonified musical pitches" from fluctuations in a star's brightness (meet Kepler 4665989). Echo Movement got their loop on and composed a harmony from the sequences, adding a tremolo effect from another star's pattern for a softer sound. Unfortunately, the finished track isn't out til September, but in the meantime you can hear the six-second celestial hook at the source link -- just don't blame us if you get pangs of Nokia-stalgia. Also, if you want to imagine how Echo Movement might use the sample, we've embedded one of their rarer songs -- that doesn't involve Spider-Man's girlfriend -- after the break.

As far as video games go, it doesn't get much simpler than Pong -- two paddles, one ball, no complications. A classic, to be sure, but definitely not the flashiest game when pitted against the average smartphone title -- maybe that's why Atari is asking indie developers to jazz it up. Yes, the Pong Indie Developer Challenge is in full swing, and Atari has pared down some 90-odd submissions to mere 15. Not familiar with the contest? Here's a quick refresh: Atari is looking for indie developers to re-imagine Pong for iOS as a fun, original, visually interesting and overtly marketable title. The stakes? Winners can score up to $100,000 and a publishing contract with Atari. Many of the semi-finalists' redesigns are as simple as adding multitouch gestures or bending the traditionally square playing field into a more circular court, but a few ambitious developers mixed it up with 3D playing fields, anthropomorphic paddles or augmented reality multiplayer. Check out Mashable's collection of contestant trailers at the link below for a look at the Pong of tomorrow. As for us? We're still pretty pleased with yesterday's model.