The Sciences

Organic Molecule Solves Space Mystery

Buckyballs are shown to absorb certain frequencies of starlight.

By Sarah ScolesNov 30, 2015 6:00 AM
Buckyball structure | Maggio07/iStock


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Buckyballs, carbon compounds shaped like soccer balls, can survive between stars and absorb their light, astronomers announced, helping solve a nearly century-old mystery.

In 1919, Mary Lea Heger, a graduate student at the University of California, Berkeley, saw that certain stars were missing some colors. Something between the star and Earth must be absorbing them, but what? In 1993, a team led by John Maier of the University of Basel in Switzerland found that buckyballs encased in a frozen solid absorbed the right colors. But did they behave the same way in interstellar space?

In July, Maier and his team proved it. They chilled buckyballs to nearly absolute zero and put them in a vacuum, mimicking the conditions of the cosmos. The balls absorbed the same colors missing in space. Mystery solved.

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