Giant Stars in Our Black Hole’s Neighborhood
Have the old, giant stars at the center of our galaxy gone missing, or have we just missed them?
Have the old, giant stars at the center of our galaxy gone missing, or have we just missed them?
Astrobites reports on how dim galaxies lensed by foreground clusters provide a way of measuring the reionization of our universe.
Astrobites reports on how the search for Planet Nine has revealed another unusual object in our solar system.
This infrared, false-color image reveals W51A, a giant ionized bubble in which very young, massive stars are just beginning to form.
The winds of exoplanets HAT-P-7b and CoRoT-2b blow in the opposite direction from what we expect. Could magnetic fields have something to do with this odd reversal?
The Zwicky Transient Facility is officially open for business, and it’s already watched a black hole tear apart a star.
Astrobites explores the possibility that a local void is messing with our measurements of the Hubble constant along the cosmic distance ladder.
Super-puffs — fluffy planets with abnormally low densities — are a problem: according to theoretical models, they shouldn’t exist.
How can the behavior of Earth’s oceans help us understand chemical abundances in red-giant stars?
More than a year after the first confirmed neutron-star merger, we’re still learning from new observations.
Astrobites reports on the second detection of a galaxy apparently lacking in dark matter, which has reopened the debate about dark-matter-deficient galaxies.
These beautiful images from a simulation of a Milky-Way-like galaxy capture how gas affects a galaxy’s formation and evolution over time.