Solving a Fifty-Year Star-Formation Mystery
Can new models finally resolve a long-lasting disagreement between the observed and predicted Milky Way star-formation rates?
Can new models finally resolve a long-lasting disagreement between the observed and predicted Milky Way star-formation rates?
Spacecraft observations revealed sprays of particles escaping from the surface of the asteroid Bennu. What force set these particles in motion?
A new theory shows how echoes of past perturbations can explain why some supernovae brighten long after exploding.
Astrobites reports on a method that uses umbrellas to model exoplanets that graze their stellar hosts.
A survey of the largest gravitationally bound structures in the universe seeks to understand why some clusters are better gravitational lenses than others.
The brightness of the Sun’s corona could indicate when nasty space weather events are headed our way.
With gravitational waves from supermassive black hole mergers still out of reach, astronomers are exploring other ways to track them down.
Astrobites reports on how magnetic fields in galaxy clusters evolved throughout cosmic history and what these fields can tell us about magnetism in the early universe.
What can visible-light observations tell us about an unusual class of moderately luminous infrared transients?
Astronomers study photons from the early universe to search for hard-to-find matter in Milky Way-like spiral galaxies.
Extremely dense stars composed entirely of elementary particles called strange quarks might exist throughout the universe. Can gravitational waves emitted from an encounter with miniature black holes reveal them?
Astrobites reports on a spiral-shaped impostor found where an elliptical galaxy is meant to be: shining brightly in the center of a galaxy cluster.