59 (Fifty-Nine!) Binary Neutron Star Merger Simulations
Astrobites reports on what we can learn from the largest set of neutron-star merger simulations with realistic microphysics to date.
Astrobites reports on what we can learn from the largest set of neutron-star merger simulations with realistic microphysics to date.
What’s really going on with electrons in planetary nebulae and H II regions?
In the age of the internet, when anything can be posted online and viewed around the world, what is the value and role of a scientific journal?
A recent study has uncovered 17 stars with truly blackbody spectra. What are these unexpected spherical cows, and what can we use them for?
Astrobites reports on a new approach for mapping out the atmospheres and surfaces of distant exoplanets.
Look closely — what do you see in the center of this 4° x 4° stacked radio image?
A new study has revealed that there may be a treasure trove of small planets hiding close in around low-metallicity stars.
Three of the fastest known stars in the Milky Way have been discovered in Gaia data. What can they tell us about Type Ia supernova explosions?
Exoplanet imaging has become progressively more advanced — but are we using the right statistics as we search for planets close in to their hosts? Astrobites reports.
Happy birthday, Research Notes of the AAS! RNAAS Editor Chris Lintott takes a look back at the past year.
The solar wind has traditionally been separated into two states — the slow solar wind and the fast solar wind — based on its velocity. Does this simple categorization tell the whole story?
New observations of a young hot Jupiter — likely surrounded by a set of three gas-giant siblings — is raising questions about the formation of giant planets.