Well, this happened in the world: Ten-year-old fifth-grader Clara Lazen discovered a new molecule.
[Lazen's] class assignment was to build a molecule using one of those modeling kits with the colorful balls and plastic connectors. Many kids would probably throw together a little H2O and call it a day — but not Clara. She randomly pieced together a combination of oxygen, nitrogen and carbon atoms to create a molecule her chemistry teacher, Kenneth Boehr, had never seen before.

"I just saw that these go together more," Clara told the Fox News local affiliate in Kansas City. "Like they fit more together. And they look better. And all the holes have to be filled in for it to be stable."

Astonished, Boehr emailed his friend Robert Zoellner, a computational chemist at Humbolt State, to confirm whether it was legit. "Ken sent me a picture of the molecule on my cell phone and usually I can tell right away if it's real," Zoellner says.

This time, he couldn't.

To check whether Lazen had just discovered a new molecule, he ran the molecule's formula through an Chemical Abstracts, an online database of chemistry research dating back to 1904. He found one match: nitrogylcerin

But (and it's a big "but"), Lazen's molecule, dubbed tetranitratoxycarbon, had a different structural arrangement, which meant they could now tell the world they had just discovered a new molecule. Similar in composition to nitroglycerin, an explosive, Zoellner says tetranitratoxycarbon may have the potential to store energy, combust or do a little of both. At the very least, it's a molecule chemists can attempt to synthesize and toy with to see if there are any possible technological applications.

[H/T to @pourmecoffee.]

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