Observing the End of Star Formation in Galaxies
Astrobites reports on a study of galaxies that are on the brink of entering their “quiet” phase.
Astrobites reports on a study of galaxies that are on the brink of entering their “quiet” phase.
A comet tangled with a coronal mass ejection and lost part of its tail in the process.
JWST examines one of the most active star-forming regions in the Milky Way, where two massive protoclusters are shaping 10,000 solar masses of gas into new stars.
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Astrobites reports on an intriguing new object that may be an early universe supermassive black hole shedding its gas cocoon.
Researchers investigate the possibility that the off-center black hole and double nucleus of NGC 4486B can be traced to a recent supermassive black hole merger.
A recent study uses high-resolution JWST observations to perform an atmospheric analysis of a rare exoplanet orbiting a dead star.
Neutron stars contain some of the most extreme matter in the universe, and researchers are exploring a promising but challenging way to probe their interiors.
Astrobites reports on the detection of complex molecules around a protostar in the Large Magellanic Cloud.
Jets, variability, and neutrinos: dive into three recent investigations of active galactic nuclei.
Hoping to find the second kilonova to be detected in both gravitational waves and light, astronomers ended up with a supernova instead.
JWST’s mysterious little red dots may be evidence of black hole stars in the early universe.