Astronomers have captured breathtaking new images of one of the strangest places in space: a glowing cloud filled with giant carbon molecules shaped like soccer balls.
Using the powerful James Webb Space Telescope, scientists studied a distant planetary nebula called Tc 1, located more than 10,000 light-years away from Earth. What they found amazed them all over again.
Fifteen years ago, researchers from Western University became the first team to discover “buckyballs” in space. These un
usual molecules contain 60 carbon atoms linked together in a hollow sphere, looking very similar to a soccer ball. Scientists officially call them buckminsterfullerenes, or C60 molecules.
The molecules were first created in a laboratory in 1985 by chemist Harry Kroto and his colleagues.
The name came from architect Buckminster Fuller, who designed famous dome-shaped buildings using a similar geometric pattern.
At the time, Kroto believed these molecules should exist throughout the universe. But it took another 25 years before astronomers finally found proof in space.
Now, with the help of the James Webb Space Telescope, scientists can study them in far greater detail than ever before.
The new images show Tc 1 glowing with beautiful blue and red colors. Hotter gas appears blue, while cooler material glows red. The nebula contains delicate shells, thin filaments, and rays of gas spreading outward from the dying star at its center. Near the middle of the image is a mysterious shape that looks like an upside-down question mark, which scientists still cannot explain.
Professor Jan Cami, who led both the original discovery and the new study, said the team realized they had only “scratched the surface” of what Tc 1 could reveal.
The Webb telescope did much more than take a beautiful picture. Its Mid-Infrared Instrument, called MIRI, also collected detailed chemical information from every part of the nebula. This allows researchers to study the temperature, movement, density, and chemical makeup of the gas and dust surrounding the dead star.
One of the most surprising discoveries is how the buckyballs themselves are arranged. Rather than floating randomly, the tiny molecules appear to form a thin spherical shell around the central star. In other words, countless microscopic soccer-ball molecules are arranged together in the shape of one giant hollow sphere.
Researchers say they are still trying to understand why this happens.
Tc 1 formed after a dying star, similar to our own sun, ran out of nuclear fuel and shed its outer layers into space. The remaining hot core, known as a white dwarf, lights up the surrounding gas with intense ultraviolet radiation, creating the glowing cloud seen today.
Scientists believe studying these carbon-rich molecules could help explain how complex organic chemistry develops in space. Some researchers even think such molecules may offer clues about the early chemical processes that eventually led to life.
The team says the new Webb data is so rich that it could keep scientists busy for many years. Several scientific papers based on the observations are already being prepared.
For now, the strange upside-down question mark glowing in the middle of the nebula remains one of the universe’s newest mysteries.
