Gravitational Waves After Galaxy Collisions
Collisions of tiny galaxies may be responsible for forming the black-hole binaries that we’ve recently seen merge.
Collisions of tiny galaxies may be responsible for forming the black-hole binaries that we’ve recently seen merge.
How can solar physicists analyze their mountains of observational data? A new Python-based software package may help.
Astrobites reports on the TESS mission’s discovery of an Earth-like planet in the habitable zone of its star — and the puzzle of how this system formed.
Why do many young stars undergo bright outbursts? New observations of a flaring system may provide an answer.
What were the first galaxies up to? New radio observations tell us about star formation when the universe was only a billion years old.
A recent study has unveiled a new discovery at the heart of globular cluster Omega Centauri: five long-anticipated pulsars.
The exoplanet hunter TESS is out searching for new worlds — but on this occasion, it saw an old one in a new light. Astrobites reports.
A recent study explores the population of stars that lies deep in the heart of the Rosette Nebula.
The Parker Solar Probe has already flown closer to the Sun than any other spacecraft ever has. What have we learned from early observations?
What do we know about the second object to visit us from another stellar system? Detailed Hubble images have given us plenty to consider!
Sub-Neptunes are the most common planet in the galaxy, but Neptunes are much rarer. Astrobites reports on why this may be.
Are the distant supermassive black holes that feed at the centers of galaxies just scaled-up versions of small accreting black holes nearby?