Stars

Neutron stars smashing together may create and trap ghost particles called neutrinos, and this discovery could help us better understand how elements like gold are forged.

Neutron stars with surface temperatures millions of degrees cooler than expected rule out a swathe of possible models to describe the physics of such objects.

A young star that astronomers have studied for decades has been found to be part of a duo, encircled by a disk of material within which planets may have just begun coalescing.

A low-mass star races through the Milky Way at over a million miles per hour, a journey that began with either the supernova explosion of a vampire star or an encounter with black holes.

In 2029, the Landolt satellite launched into Earth's orbit will serve to calibrate telescopes on Earth.

The Gum 3 nebula, which resembles a swimming koi fish, is captured in a stunning new photo from the European Southern Observatory's VLT Survey Telescope.

The JWST has proven itself to be a "supernova discovery machine" by finding 80 exploding stars in the infant universe, including the most distant and earliest supernova ever seen.

Type Ia supernovas erupt when white dwarf "dead stars" vampirically feast on a companion star. Researchers are turning to AI to better understand why.

Taking almost a full hour to rotate rather than fractions of a second, ASKAP J1935+2148 is the slowest spinning radio-blasting neutron star ever seen.

Astronomers have detected giant, magnetic stars outside the Milky Way for the first time. These infant stars in the Magellanic Clouds could reveal details of early stellar evolution.