Featured Image: A Disk Disturbed by Stellar Explosions
Simulations explore how supernovae can shake up and eject gas from a starburst galaxy.
Simulations explore how supernovae can shake up and eject gas from a starburst galaxy.
Compact blue dwarf galaxies share many properties with galaxies in the early universe, giving researchers a way to study distant, ancient galaxies up close.
A new suite of supernova simulations allows researchers to find correlations between the properties of these cosmic explosions and properties of the stars they came from.
A giant star-forming region in the Milky Way has a new infrared portrait, thanks to a telescope flying through the stratosphere.
Researchers measure tiny distortions in the oldest light in the universe to determine where matter is concentrated.
Researchers investigate the behavior of minidisks: the small disks of gas that collect around the individual supermassive black holes in a binary pair.
How far do we need to be from a kilonova to be safe from the explosion’s X-rays, gamma rays, and cosmic rays?
Quasars that have been gravitationally lensed by galaxy clusters provide a way to measure the expansion rate of the universe and possibly alleviate the Hubble tension.
The first phase of a survey designed to discover faint X-ray sources in our galaxy is complete, resulting in the discovery of hundreds of new sources.
A new catalog of solar flares aims to understand why some flares are accompanied by massive explosions of plasma and others are not.