New Discoveries Fill the Quasar Gap
Quasars are cleverly camouflaged at some high redshifts, making them tough to spot. Now there’s a way to detect these distant monsters in spite of their disguise.
Quasars are cleverly camouflaged at some high redshifts, making them tough to spot. Now there’s a way to detect these distant monsters in spite of their disguise.
Astrobites reports on the galaxies that blew the first ionized bubbles in the early universe, ending the Dark Ages.
Every year, astronomers submit over a thousand proposals requesting time on the Hubble Space Telescope. A computer program may help sort these proposals in the future.
Are planetary rings as common in our galaxy as they are in our solar system? A new study shows how to hunt for them — and then does!
A team of scientists has used ALMA to learn more about the host galaxy of the most distant quasar known.
Sometimes, computers are too slow to get the job done. Astrobites reports on a faster way to predict whether planetary systems are stable.
New simulations show how gas is passed back and forth between the accretion disks surrounding the two black holes in a binary system.
Why is Earth hospitable to life and Venus not? Kepler-1649b, a newly discovered exo-Venus, may help us figure this out!
How many comets, asteroids, and planetary bodies are floating through interstellar space, not gravitationally bound to any solar system?
Astrobites reports on X-ray studies of galaxy clusters, which tell us how the extremely hot gas is distributed within these gigantic structures.
In 2013, a team of scientists gathered in Sweden to launch a balloon carrying the largest solar telescope to leave Earth. Now they’re sharing what they learned from the flight!
What determines how much mass will end up in the bulge and the black hole at the center of a Milky-Way-like galaxy?