Meet the £106 Million Powder: The Future of Atomic Clock

WooGlobe

Discover the astonishing world of Nitrogen Atom-Based Endohedral Fullerenes, a powder worth over £106 million per gram! While you might expect gold or diamonds to top the charts, this futuristic substance could revolutionize technology with its potential to create ultra-accurate atomic clocks. Imagine carrying a pocket-sized clock that enhances GPS for driverless cars! Join us as we explore the incredible possibilities of this groundbreaking material and its role in shaping our future. Don't miss out on this captivating story of science and innovation! Location: London WooGlobe Ref : WGA606448 For licensing and to use this video, please email licensing@wooglobe.com

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00:00What if I told you one of the most expensive materials in the world

00:03costs over 106 million pounds per gram,

00:06and it's not gold, platinum, or diamonds?

00:09Meet nitrogen-atom-based endohedral fullerenes,

00:13a cutting-edge substance that could revolutionize technology as we know it.

00:17This futuristic material is made of carbon atoms

00:20forming a cage around a nitrogen atom.

00:22But why is it so expensive?

00:25It's because this tiny powder could power the next generation of atomic clocks,

00:30These clocks are mind-blowingly accurate,

00:32billions of times more precise than your average watch.

00:36Imagine having one of these atomic clocks inside your smartphone,

00:40allowing for ultra-accurate GPS.

00:42This could change everything from driverless cars to everyday navigation.

00:47Driverless cars would become more reliable,

00:50making technology we dream of today a reality tomorrow.

00:54We're not quite there yet, but with this powder in the lab,

00:58the future is closer than you think.

01:00Ready to see what's next?

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