Scientists announced Thursday that they had taken the first zoomed-in image of a dying star beyond our galaxy. The star is ...

This small star is much closer to Earth than the stars at the heart of NGC 1514, and is not part of the nebula. There are also some notable things missing from the scene, NASA said.

Images of Starfleet, Death Stars, and intrepid individuals defending In Battlefield Space (now streaming on Peacock!), journalist Tom Costello investigates Space Force, the most recent addition to ...

This small star is much closer to Earth than the stars at the heart of NGC 1514, and is not part of the nebula. There are also some notable things missing from the scene, NASA said.

This neutron star is too small for conventional explanation, but it could be a "strange star" with a quark core, previously only in the realm of theoretical physics.

How a dying star is similar to a lava lamp. ... and fast enough that a small fraction of the gas could escape into space (SN: 12/5/13).

Using additional infrared data from NASA’s Neowise space telescope, the team estimated the total amount of energy released by the star to be very small — about 1,000 times smaller than past ...

Now, researchers at Northwestern University, Illinois, say we can measure gravitational waves originating from a single, non-binary source: the ‘cocoons’ of debris around dying massive stars.

TCRB is made up of two dying stars, a red giant and white dwarf that orbit each other closely. As the red giant expands and cools, gas from its outer layers is pulled onto the nearby white dwarf.

Astronomers have taken the first close-up image of a star beyond our galaxy, and it’s a “monster star” surrounded by a cocoon as it slowly dies.

New simulations suggest, for the first time, that cocoons of debris around dying stars likely emit gravitational waves Cocoons form as a massive star sheds debris while collapsing into a black ...