Perhaps celebrating a push toward the mobile space with its traditionally desktop-bound OS -- or maybe just doing its best to further confuse the similar naming conventions with its forthcoming smartphone operating system -- Microsoft today sent out invites for a February 29th Mobile World Congress event that will see the launch of its Windows 8 Consumer Preview. Details are scarce about the two-hour event, but you'd better believe that we'll be there in Barcelona with bells on.

Wander into Nokia's corporate HQ and, if Victor Saejis is to believed, you'll be hard pressed to find any manilla folder bearing the legend "Plan B." The handset maker's European Manager told Swedish financial daily Dagens Industri that the company has no contingency plan in the event that Windows Phone loses out to Android and iOS saying that "Plan B is that Plan A is to succeed." It's a pretty unequivocal statement that Espoo's betting the farm on consumers embracing Microsoft's OS. Commenting on the company's recent troubles and winding down of Symbian and demise of MeeGo, he said "it's like starting all over again. But we must succeed in the U.S. if we are to succeed in the world" -- pretty honest, if a little disappointing to anyone who hoped there was an Android-powered white N9 lying in a Finnish skunkworks.

Come spring you'll finally be able to get your grubby paws on that droid-based console you've been looking for. Microsoft's Major Nelson let slip in a series of tweets that the Star Wars Xbox 360 Kinect bundle will land on April 3rd. The set, which was first unveiled, fittingly, at Comic Con, is dressed up like R2-D2 and ships with a C-3P0-themed controller, a white Kinect sensor and the games Star Wars Kinect and Kinect Adventures. The 320GB system will run you $449, so start saving up those Galactic Credits now.

Nokia's revealing the secrets behind ClearBlack: its display technology that, even under the brightest sunlight, renders black as black as blackest night during a dark spell. Wedged above the E7, Lumia 800 and 900 displays are three thin layers, a linear polarizer, a quarter-wave retardation film and a reflecting surface. When light enters the first layer, it vertically aligns the "wave vibration" of the light so when it hits the retardation layer, it begins to rotate towards the right. Hitting the reflecting surface causes it to reverse, becoming left-circularly polarized before passing through the retardation later again, where it polarizes horizontally. This enables the polarizing filter up top to screen out horizontally polarized light, meaning it doesn't reflect back in your face. Why (we hear you ask) then doesn't it happen with the light from the display itself? Because it only passes through the second half of the process, it doesn't become horizontally aligned, leading to that beautifully dark display reaching your peepers. It's a clever and elegant solution that we can't help but be impressed at, even if we've used up the world's supply of the word 'polarize' in order to explain to you.