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Researchers Create 'Super Black' Material So Dark The Human Eye Cannot Process It : SCIENCE : Design & Trend

(Photo : Surrey Nano Systems) The material is so dark it appears as a black hole to the human eye.

British researchers have created what they are calling the 'new black' - an alien material so black that it absorbs all but 0.035 percent of visual light, writes The International Business Times.

The 'Super Black' material is so dark that human eyes struggle to discern its dimension and shape - a phenomenon that gives an impression as though one was looking into a black hole.

Also known as the "Ventablack," the dark material conducts heat seven and half times more effectively than copper, and the material is ten times stronger than steel.

The material is said to be so dark that ordinary human eye cannot understand what it is seeing - in other words, the darkness effectively remains unseen as the eyes fail to communicate to the brain the visual it is seeing writes The International Business Times.

Shapes, contours and dimensions are all lost, leaving the human eye looking at a void.

If the material, created by Surrey NanoSystems, was used to make a black dresses, the wearer's head and limps would appear to be floating in a disembodied manner around a dress-like shape of hole, the Independent notes.

'Ventablack is a major breakthrough by UK industry in the application of nanotechnology to optical instrumentation,' Ben Jensen, Chief Technology Officer, Surrey NanoSystems, said in a statement.

'For example, it reduces stray-light, improving the ability of sensitive telescopes to see the faintest stars, and allows the use of smaller, lighter sources in space-borne black body calibration systems,' he added.

'Its ultra-low reflectance improves the sensitivity of terrestrial, space and air-borne instrumentation.'

Researchers 'grew' Ventablack on sheets of aluminum foil.

When the foil was crinkled and uneven, the surface covered by the 'Super Black' still appeared to be completely smooth because of its massive light observing property.

The material has been developed to be used in astronomical cameras, telescopes and infrared scanning systems and was launched at the Farnborough International Airshow this week, writes The International Business Times.

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