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James Webb Space Telescope Reveals Cosmic Buckyballs in Distant Nebula

James Webb Space Telescope Reveals Cosmic Buckyballs in Distant Nebula

Astronomers using the James Webb Space Telescope have captured detailed images of buckyballs—soccer ball-shaped carbon molecules—in a distant planetary nebula.

Written by Gadgets 360 Staff | Updated: 28 April 2026 20:29 IST

James Webb Space Telescope Reveals Cosmic Buckyballs in Distant Nebula

Photo Credit: NASA

An image shows planetary nebula Tc 1 as observed by the James Webb Space Telescope's.

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Highlights

JWST maps buckyball molecules inside distant planetary nebula
Carbon structures form shell around white dwarf star remnant
Findings offer clues to chemistry linked to origins of life

After a sun-like star has burnt through its nuclear fuel, it does not simply disappear but instead sheds its outer layers into space and emits glowing gas – a planetary nebula. The cosmos' most puzzling carbon molecules, buckyballs, were discovered in a nebula, 10000 light-years away in the constellation Ara. According to NASA scientists, the James Webb Space Telescope (JWST) took the most detailed pictures of its birthplace so far.

What Are Buckyballs?

The research work on planetary nebula Tc 1, led by Professor Jan Cami of Western University, used the Mid-Infrared Instrument (MIRI) of the JWST. Buckyballs, which refer to buckminsterfullerene, are carbon molecules that form a hollow ball arrangement similar to that of a soccer ball. The ball has 60 atoms that are geometrically arranged in pentagons and hexagons. Harry Kroto's team at the University of Sussex first synthesized fullerenes in 1985, which won the Nobel Prize in Chemistry, and have now been confirmed in space. Overall, they are a class of organic compounds that could be building blocks of life.

What JWST Revealed

The JWST's fine infrared vision has improved scientists' understanding of Tc 1. The images show a bright shell and its wispy filaments. It is also home to a puzzling upside-down question mark that they can't explain yet. Importantly, the buckyballs are not contextually dispersed randomly; they are instead arranged in a thin shell around the center of the white dwarf. PhD candidate Morgan Giese describes this as buckyballs that are arranged like one giant buckyball. Spectroscopic data have also captured infrared emissions that are unexpected and that current models can't explain. The team has acquired more telescope time to analyze two other nebulae.

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Further reading: James Webb Space Telescope, JWST, buckyballs, fullerenes, planetary nebula, Tc 1, carbon molecules, astrophysics, space chemistry, astronomy