Forget the new black. This is the real black.
A British nanotech company has created what it says is the world's darkest material. It is so dark the human eye can't discern its shape and form, creating what has been called a black hole.
Vantablack, made out of carbon nanotubes, is designed by Surrey NanoSystems and absorbs 99.96 percent of all light that hits it. Conventional black, such as black paint or fabric, absorbs between 95 percent and 98 percent of light.
The company says Vantablack was the darkest material ever tested by the National Physical Laboratory in the UK, as well as the Institute of Standards and Technology in the U.S.
The material is made up of millions of carbon nanotubes, each measuring two or three nanometers -- or roughly one millionth of a millimeter. It is grown on aluminum foil.
Creases and bumps on the foil are easily picked up by the human eye. But once covered with Vantablack, all wrinkles and roughness seem to disappear.
"Some people describe it as a hole, because there is literally not enough light coming from the surface to allow the eye to discern the contours that are in that foil," Surrey NanoSystem's Steve Northam told CNN.
Sound like the ultimate slimming little black dress? Actually, no. A Vantablack dress would render the curves and contours of the human body invisible and cause "the wearer to look like a two-dimensional cardboard cut out," Northam said.
Instead, the material is designed to help air-borne cameras, telescopes and infrared scanning systems work more efficiently by reducing stray light. Military clients are lining up to buy it, as is the space industry.
The benefits, Northam said, are that "your systems can see fainter objects further away, you improve the sensitivity and you improve the signal to noise ratio in these systems."
The material, whose development was backed by the UK's Technology Strategy Board, was launched at this year's Farnborough Airshow in southern England. According to Ben Jensen, chief technology officer of Surrey NanoSystems, it was a "major breakthrough by UK industry in the application of nanotechnology to optical instrumentation."
So far, Surrey NanoSystems has only grown Vantablack on foil. It plans to grow it different materials and on three dimensional shapes.