A stunning new image captured by the Hubble Space Telescope shows a galaxy that’s being strangled by tentacles of gas and dust. The strange and intricate shape of this celestial object is caused by a supermassive black hole at its core—and it’s killing the host.
Astronomers working with the Hubble Space Telescope have captured unprecedented images of a comet in the process of disintegration. It’s our clearest view yet of this celestial phenomenon in action.
What better way to celebrate Hubble’s 26th birthday than by releasing a gorgeous new photo taken by the intrepid space telescope. Behold the Bubble Nebula, a massive expanse of gas and dust located 8,000 light-years from Earth.
Galactic collisions are a relatively common occurrence in the universe, but every once in a while an entire cluster of galaxies will smash into another one in a massive celestial bang up. And as this new Hubble photo attests, the results can be quite dramatic.
Behold Trumpler 14, a dazzling star cluster located 8,000 light-years from Earth. Situated within the Carina Nebula, it’s home to one of the highest concentrations of massive, bright stars in the Milky Way. But as spectacular as these stellar objects appear be, their majestic appearance comes at a price.
After years of thinking the iconic binary superstar Eta Carinae was unique, astronomers have found five possible twins in other galaxies. With more examples to study, it’s looking good we might someday understand why Eta Carinae exploded so beautifully in the 1840s.
Stars explode on a fairly regular basis, but they’re virtually impossible to predict. Now, for the first time ever, astronomers have captured an image of supernova they knew was coming. Here’s how they did it.
NASA scientists have captured a remarkable glimpse of a primordial compact galaxy that came into existence at a time when the Universe was exceptionally young, using the Hubble Space Telescope.
Unlike spiral galaxies, with their flat shape and twisted arms, elliptical galaxies are featureless blobs without much structure. But then there’s NGC 3610—an elliptical galaxy with a bright and distinctly disc-like shape at its center. Astronomers say it’s a blast from this galaxy’s past, one that played an important…
It’s time to update your desktop wallpaper, folks. The Hubble Space Telescope has captured some of the most remarkable images ever seen of the faintest and earliest known galaxies in the Universe.
Using data acquired by the Hubble Space Telescope, scientists at NASA have updated their maps of Jupiter. The new images—shown in 4K ultra high definition—reveal changes to the Great Red Spot and rare waves not seen since the Voyager 2 mission.
Galactic collision! The Hubble Space Telescope captured this beautiful look at NGC 3921, a pair of disk galaxies in the late stages of merger. These galaxies, both about the same size, began merging 700 million years ago, as you can see from the distortions, including loops and tails, caused by the merge.
This latest image from the Hubble Space Telescope is utterly stunning: it’s of the Quintuplet Cluster, named for its five brightest stars. Up until 1990, we had no idea that this existed: because it’s so close to the center of the galaxy, dust has blocked our view of it.
It’s full of galaxies! This new image from the Hubble Space Telescope and the ESO’s New Technology Telescope shows four of the seven galaxies in the galaxy group HCG 16: NGC 839, NGC 838, NGC 835, and NGC 833. Check out those glowing centers and wispy tails of gas!
What caused this unique gas disk? Artist’s impression of vast disk of gas surrounding a bright Wolf-Rayet star whose companion star is pulling gas away from it, causing some of the stellar gas to escape and form this never-before-seen disk.
Analysis of Hubble data shows that two — and possibly all four — of the Pluto-Charon system’s smallest moons are wobbling in a wildly unpredictable fashion. What’s more, one moon, Kerberos, appears to exhibit a dark charcoal-like surface that’s radically distinct from other Plutonian moons.
The NASA/ESA Hubble Space Telescope captured this image of the Arches Cluster, thought to be the densest star cluster in the Milky Way. This visually striking cluster is about 25,000 light years from earth, and is a relative youngster, astronomy-wise, at two to four million years old.
The merger of the Milky Way and Andromeda galaxy won’t happen for another 4 billion years, but the recent discovery of a massive halo of hot gas around Andromeda may mean our galaxies are already touching.