Winter Olympics pavilion painted in Vantablack, the blackest colour in existence

Anish Kapoor was controversially granted exclusive rights to one version of the super-black material

Asif Khan's pavilion for the 2018 Winter Olympics is covered in the blackest known substance on earth Luke Hayes

Asif Khan's pavilion for the 2018 Winter Olympics is covered in the blackest known substance on earth Luke Hayes

The British company Surrey NanoSystems has developed a new version of Vantablack, the blackest known substance on earth, which absorbs 99.96% of all visible radiation. In early 2016, the manufacturer controversially gave the British artist Anish Kapoor exclusive rights over a spray variant, called Vantablack S-VIS, which can only be used for art.

Now the British architect Asif Khan has completely coated a pavilion with the latest version of Vantablack, called VBx2. The 10m-tall structure is being unveiled tomorrow (9 February), at the Winter Olympics opening ceremony in PyeongChang, Korea. It is possibly the darkest building on earth.

The pavilion, which is sponsored by Hyundai, is covered in small rods that look like stars as you approach the building. “As you walk around it, it gives the effect of parallax. It looks–and feels–like you are revolving around stars suspended in space,” Khan says. “This is the beginning of a nano-materials revolution. What Kapoor has done, and what we are doing is the tip of the iceberg.”

Asif Khan's pavilion for the 2018 Winter Olympics Luke Hayes

Khan has been working with Surrey NanoSystems since 2013, a year before Kapoor expressed an interest in Vantablack. “Scalability has always been one of the challenges,” Khan explains. “The original material is not really appropriate for using with architecture and is very difficult to scale up to the size we wanted.”

The main difference between the original Vantablack and VBx2 is that the version used by Khan is not based on carbon nanotubes. “VBx2 is completely different and is not as black,” says Ben Jensen, the chief technical officer at Surrey NanoSystems who invented Vantablack. “The other thing that is unique about VBx2 is that it is matt from all viewing angles.”

As with Kapoor’s version, VBx2 is sprayed onto surfaces. Jensen stresses, however, that the new product is not something artists can use readily. “You can’t paint with it or apply it with a brush, it’s not something a home painter can use,” he says. “It requires a specific technique so it has to be done by a team of experts.” When he was granted exclusive use of Vantablack S-VIS, Kapoor and his studio were specially trained in how to apply it.

At present, the new technology is only available through Surrey NanoSystems. As with Vantablack, the firm owns the patent. Jensen says there are currently no plans to exclusively license the material, which is officially being launched next month. “But if a customer has a suitable business case for licensing then we would be more than happy to look at it,” he adds.

Vantablack was originally designed for engineering in space, but ever since it was unveiled at Farnborough Airshow in 2014, Surrey NanoSystems has been inundated with enquiries from artists, designers, architects and aerospace engineers. The manufacturer decided to work with Kapoor because “his life’s work had revolved around light reflection and voids”, Jensen told Wired at the time.

The decision sparked outrage among artists, including Stuart Semple, who created “the world’s pinkest pink”, making it available to everyone apart from Kapoor in protest. Kapoor declined to comment for this article.