Getting to Know Our Nearest Neighbors with ALMA
Scientists are using a powerful telescope to hunt for planets in our nearest star system, Alpha Centauri AB.
Scientists are using a powerful telescope to hunt for planets in our nearest star system, Alpha Centauri AB.
With data from the Gaia satellite and spectroscopic surveys, machine learning can fill in gaps in our knowledge of how stars move.
New research has explored the populations of black holes involved in catastrophic, gravitational-wave-emitting collisions — and an interesting pattern has emerged.
A new study explores what we can learn from planets that are misaligned with their stars.
The largest filled-aperture radio telescope in the world has discovered a new assortment of distant, pulsating neutron stars.
Future gravitational-wave observatories could enable us to use a single binary neutron star merger to measure the universe’s rate of expansion.
Recent observations shed light on a dramatic outburst from a black hole X-ray binary.
It’s human nature to try to categorize the things we observe in the universe. But what happens when something doesn’t fit into the neat categories we’ve established?
The family picture is complete — we’ve finally made the first definitive detection of a black hole merging with a neutron star.
We’ve tracked starspots on the Sun for thousands of years, but we’ve only just begun to do the same for other stars. A recent study presents the first direct images of starspots on λ Andromedae.