Astronomers Capture Photo of ‘Space Butterfly’ From Thousands of Light Years Away

August 11, 2020 Updated: August 12, 2020

Thousands of light years away, there’s a “space butterfly” colored with brilliant blues and clouds of purple and red. It’s an image we’ve never seen in this much detail before.

So named for its resemblance to the winged insect, the “butterfly” is actually a planetary nebula—a giant cloud of gas that forms around an ancient star that hasn’t yet exploded. The European Space Observatory’s (ESO) aptly named Very Large Telescope, stationed in host country Chile, recently captured a vibrant image of the interstellar object.

Epoch Times Photo
This image of the planetary nebula NGC 2899 is the most detailed look at the “space butterfly” yet, captured by the European Space Observatory’s Very Large Telescope. (Courtesy of ESO)

(Courtesy of ESO/Digitized Sky Survey 2/N. Risinger (skysurvey.org))

It’s known as NGC 2899 (NGC stands for New General Catalogue, which lists nebulae and other astral bodies like this one). It’s located somewhere between 3,000 and 6,500 light years away from Earth in the constellation Vela, which is visible in the southern hemisphere.

This planetary nebula’s lifespan isn’t long for this universe. Ultraviolet radiation lights up the shells of gas surrounding the star and causes them to shine quite brightly, the ESO said—but only for a few thousand years before they break up. That’s a relatively short lifespan in astronomy.

The Very Large Telescope, which captured the image, is the “world’s most advanced optical instrument,” according to the ESO. With the accompanying interferometer, the tool can illuminate details 25 times finer than individual telescopes. And on its own, the telescope tucked in the Chilean mountains can see things more than 4 billion times fainter than what the human eye could see.

CNN Wire contributed to this report.

Epoch Times Photo
This image shows the sky around the location of NGC 2899, which is visible at the very center of the frame. This picture was created from images in the Digitized Sky Survey 2. (Courtesy of ESO/Digitized Sky Survey 2)