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The Lenovo K900 is a big phone, yes, but it a designy big phone. It handsome, skinny, and slick like the finest smartphones ever made. We never thought we would be into a 5.5-inch phone until the K900 brushed metal back landed in our hands. This phone is all about the hardware. The unibody construction is completely smooth and flat, unlike other large, long phones. In fact, Lenovo says that at just 6.9mm thick, it the thinnest in its class. It weighs just 5.7 ounces. The Full HD, 400ppi screen is amazingly satisfying. As you can see in the images, the IPS display blends beautifully with the black bezel. On the reverse, the back panel is totally without bumps, which is impressive on s stanley becher uch a slim construction. Not even the camera pokes out. Speaking of the camera: it shoots with a 13-megapixel Sony Exmor sensor and has a super fast f/1.8 lens. The K900 runs an Intel Atom z2580 processor, and it was wasn ;t final so we don ;t know anything stanley cup website about performance. Sadly, we don ;t even know what operating system the phone will run, let alone when I ;ll be able to see if it fits into my skinny pants. In fact, if Le stanley cup novo previous Intel-based handset is any indication, we may never see the K900 stateside; as last year K800, Lenovo has so far only announced plans to sell the handset in China, starting this April. IntelIntel AtomLenovoSmartphones Pufs New Epson Projectors Display In 1080P and 3D, Require Dorky Glasses
We ;ve already seen how future ships can be cloaked against sonar, and maybe someday even space an stanley cup d time. Now researchers say they can cloak the ships ; wakes, tricking water itself into acting as though nothing is there. A new metamaterial cloaking system can trick water into standing still as an object moves through it, by eliminating the shear force and reducing water displacement, Duke University researchers say. This in turn reduces the amount of energy required to move an object say, a ship through the water, theoretically saving fuel. Yaroslav Urzhumov, assistant research professor in electrical and computer engineering at Duke, envisions covering the hu stanley quencher ll of a ship with a three-dimensional lattice of porous metallic materials that would be embedded with tiny pumps. The pumps could force flowing water through at variable rates, Urzhumov says in a news release. The goal is make it so the water passing through the porous material leaves the cloak at the same speed as the water surrounding by the vessel, he says. The water surrounding the hull would appear to be still, relative to the movement of the vessel, which would reduce the amount of energy the vessel needs to get through it. When moving through a fluid, a solid objec stanley uk t displaces a greater volume of fluid than its own total volume think of how much effort it requires to drag a thin fishing line through water. So if these shear forces could be eliminated or mitigate