Exploding Stars in Black Hole Disks
Recent work explores whether we can detect the signatures of fiery explosions from dying stars in disks around supermassive black holes.
Recent work explores whether we can detect the signatures of fiery explosions from dying stars in disks around supermassive black holes.
A new study explores how we can better examine nearby asteroids by bouncing radio light off of them.
Merging black holes may be the key to answering the long-standing question of how fast the universe is expanding.
What can radio observations tell us about very distant, quasar-hosting galaxies?
A recent study reveals details of a violent explosion that might provide clues about how massive stars are born.
Astronomers have drawn detailed maps of dark spots on the Sun’s surface for hundreds of years. Can computers help us to bridge between historical and modern datasets?
Without a resupply source, the Moon’s surface water would vanish. What’s keeping it hydrated?
Could pairs of black holes and neutron stars alert us to their existence before they merge?
How has the availability of star-forming material in galaxies changed with time?
Recent evidence points to highly magnetized neutron stars as the culprits that produce fast radio bursts — but do galaxy demographics support this picture?