invisibility cloak
Science
Universal Mirror: Imagine The Exact Opposite Of An Invisibility Cloak
3:45AM Dan Nosowitz | No, the opposite of an invisibility cloak isn’t a normal jacket, smartass. This universal mirror uses metamaterials to bounce light back at the same angle from which it came, so no matter where you stand, you can see yourself perfectly. More »
Science
U.S. Scientists Take Big Step Toward Creating True Invisibility Cloak
10:00AM Jack Loftus | University of California scientists today announced that significant progress has been made toward developing “metamaterials” for use in a legitimate invisibility cloak. The researchers, led by mad scientist Xiang Zhang, were able to demonstrate for the first time that they could cloak 3-D objects with these materials. As the article notes, and as we’ve shown here on Gizmodo in the past, previous attempts at invisibility were successful only with tiny two-dimensional objects. Not anymore, as this heavily military-backed project is well on its way to producing superhero special abilities, today. More »
Science
Japanese Men Perfect the Cloak of Invisibility Much to Japanese Women’s Dismay
7:00AM Jason Chen | Japan’s been tooling around with versions of invisibility cloaks for years now, but they seem to have finally perfected it. Theoretically. By using “left-handed metamaterials” to make electromagnetic control devices, researchers can generate lenses that either reflect no light or have a perfect focal point—the end result of which lets you create a perfect invisibility cloak to skulk around Tokyo with. If you’re really interested in the physics of the situation, you can head over to Nikkeibp, but we’re pretty sure the illustration above will explain the matter just fine. [Nikkeibp]
Science
British Navy Working on Developing Invisible Ships Using Metamaterials
12:00PM Sean Fallon | Scientists at the Britannia Royal Navy College are working hard to make the idea of an invisible ship a reality using metamaterials that refract light in such a way that it “bends” around an object, making it appear as if it were invisible. This would only account for viewing with the naked eye however—naturally radar cloaking would be an important part of the equation. However, it appears that this technology may be able to accomplish a lot more. More »
_