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Scientists just spotted buckyballs—soccer ball-shaped carbon molecules—glowing in a distant nebula using the James Webb Space Telescope. These cosmic molecules could unlock secrets about how stars form and die.
The James Webb Space Telescope captured stunning new images of a planetary nebula 10,000 light-years away, revealing mysterious structures and billions of carbon molecules shaped like soccer balls. These "buckyballs" are helping scientists understand how dying stars fuel the chemistry of our universe.
Scientists just discovered buckyballs—60-atom carbon molecules shaped like soccer balls—arranged in a giant hollow sphere inside a 10,000-light-year-distant nebula. The James Webb Space Telescope also captured a mysterious question mark structure that has astronomers buzzing with new questions about how dying stars shape the universe.
NASA's James Webb Space Telescope just revealed stunning new images of a cosmic cloud nicknamed the "Exposed Cranium" that looks remarkably like a brain scan. The dying star's colorful finale, captured 5,000 light-years away, is helping scientists understand how stars seed the universe with materials for future worlds.
The James Webb Space Telescope just revealed the most breathtaking images ever captured of the Helix Nebula, nicknamed the "Eye of Sauron," showing how dying stars create the building blocks for new worlds. The spectacular photos reveal vibrant pillars of gas that could one day form new planets in other solar systems.