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Artists concept showing carbon balls ejecting out from a dying white star in a planetary

Artists concept showing carbon balls ejecting out from a dying white star in a planetary


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Artists concept showing carbon balls ejecting out from a dying white star in a planetary

Artists concept showing carbon balls coming out from the type of object where they were discovered, a dying star and the material it sheds, known as a planetary nebula. The official name of these carbon balls is a buckminsterfullerene, and often referred to as buckyballs. Buckyballs are made up of 60 carbon atoms organized into spherical structures that resemble soccer balls.
The Spitzer Space Telescope was able to find convincing signs of buckyballs using its sensitive infrared vision. The telescope found the molecules, as well as their elongated, rugby-ball-like relatives, called C70, in the material around a dying star, or planetary nebula, called Tc 1. The star at the center of Tc 1 was once similar to our sun but as it aged, it sloughed off its outer layers, leaving only a dense white dwarf star. Astronomers believe buckyballs were created in shed layers of carbon that blew off the star.
Tc 1 does not show up that well in images, so a picture of the NGC 2440 nebula was used in this artists conception

Stocktrek Images specializes in Astronomy, Dinosaurs, Medical, Military Forces, Ocean Life, & Sci-Fi

Media ID 13062695

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EDITORS COMMENTS
This print captures the mesmerizing sight of carbon balls, known as buckminsterfullerenes or buckyballs, erupting from a dying white star in a planetary nebula. The artist's concept beautifully illustrates the discovery of these unique structures within the material shed by the star. Composed of 60 carbon atoms arranged into spherical formations resembling soccer balls, buckyballs have fascinated scientists and astronomers alike. Thanks to the remarkable sensitivity of the Spitzer Space Telescope's infrared vision, convincing evidence of these molecules was found alongside their elongated counterparts called C70. These fascinating discoveries were made in Tc 1, a planetary nebula that was once similar to our sun but has now transformed into a dense white dwarf star after shedding its outer layers over time. The image chosen for this artist's conception is NGC 2440 nebula since Tc 1 does not display prominently in visual representations. This stunning artwork allows us to envision how carbon balls emerge from dying stars and contribute to the cosmic tapestry surrounding them. As we explore deeper into space and unravel more mysteries about celestial objects like dying stars and planetary nebulas, photographs like this one serve as reminders of both our curiosity-driven endeavors and humanity's innate connection with the vastness beyond our planet.

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