Sagittarius B2, a massive molecular cloud near the center of the Milky Way, is densely packed with stars and complex magnetic ...

This discovery provides important insights into how the first galaxies in the early universe grew so massive.

Recent observations of 19 nearby galaxies by NASA’s Webb Space Telescope confirm that star formation is not only rife within the spiral arms of these galaxies but is also taking place in so-called ...

Astronomers used the James Webb Space Telescope to observe a distant galaxy merger called CRISTAL-02. CRISTAL-02 is losing ...

Using radio and infrared telescopes, astronomers have obtained a first tantalizing look at a crucial early stage in star formation. The new observations promise to help scientists understand the early ...

Scientists have been trying to understand more about our solar system and the way it formed for decades. For a long time, many believed that star formation and the formation of planets came at ...

Galaxies die quickly—that is the conclusion of a new study that examines the mechanism that switches galaxies from an active star-forming phase to one of quiescence. "The evolution of galaxies, ...

During the early universe, galaxy and star formation was at an all-time high. A mere few hundred million years after the Big Bang, nearly half of the stars that have ever existed had already formed.

Stellar nurseries are cloudy and dusty places that shine brightly in infrared light. The G305 star-forming complex is no exception. It features a number of bright, intricate gas clouds heated by ...

A stream of stars and gas are being fed to the heart of a stellar nursery in the Small Magellanic Cloud, fueling intense star formation. When you purchase through links on our site, we may earn an ...

Deep near-infrared color composite image of the L1688 cloud in the Ophiuchus star-forming complex from the VISIONS European Southern Observatory public survey, where blue, green and red are mapped to ...