What do you do with a $2 million pure yellow diamond? For those who’re at MIT, you coat it in wild high-tech materials that make any object appear to be it fell right into a black hole.
The coated diamond is now a piece of artwork referred to as The Redemption of Vanity, a collaboration between Diemut Strebe, artist-in-residence on the MIT Center for Art, Science and Technology, and Brian Wardle an MIT aeronautics and astronautics professor.
The diamond shall be on exhibit on the New York Stock Exchange until Nov. 25, allowing viewers to see MIT’s new carbon-nanotube (CNT) materials in action.
The unification of absolute opposites in a single object and the actual aesthetic options of the CNTs caught my creativeness for this artwork project, Strebe stated in an MIT launch (PDF).
MIT described the carbon nanotubes as microscopic filaments of carbon, like a fuzzy forest of tiny bushes that is grown on an aluminum-foil surface. The foil captures greater than 99.96 p.c of any incoming mild, making it the blackest materials on record, MIT said in a Thursday release.
Super-darkish carbon nanotube materials are of curiosity for optical gear and aerospace applications. Mainly the most famous carbon-nanotube “blackest black” materials comes from UK firm Surrey NanoSystems, which unveiled Vantablack in 2014. Surrey has since developed a sprayable version of Vantablack.
The MIT staff led by Wardle compared its CNT materials to recognized information on different carbon-nanotube materials, together with Vantablack. Wardle told CNET that MIT’s materials reflect much less light than earlier materials, making it the blackest-black champ.
Although it is tempting to put MIT’s CNT materials and Vantablack right into a cage to fight it out, the human eye can have to bother figuring out which one is more black. Moderately than rivals, it might be more helpful to consider them as options.