Today’s news examines many of the ways to understand Earth’s atmosphere as well as the atmospheres of exoplanets to figure out the best way to tell if there is life on another world.
The effects of recent increases in the number of space objects orbiting Earth and found that the proliferation of satellites contributes to a nearly ten percent increase over natural lighting of the night sky.
New research looking to explain the “missing” portion of baryonic matter in the universe managed to locate the material lurking in intergalactic space as hot, low density gas
The Event Horizon Telescope collaboration released a new image yesterday that shows the black hole in M87 once again, but this time, with new details.
The IceCube Neutrino Observatory in Antarctica detected an electron antineutrino, confirming another piece of the Standard Model and proving that neutrino astronomy is feasible.
A new study examines the formation of rocky worlds from dust particles containing ice and carbon, increasing the possibility that our own Milky Way galaxy could be filled with aquatic planets similar to Earth
A new study proposed that supermassive black holes could form directly from dark matter in high density regions near the centers of galaxies, possibly explaining how these monsters came into existence early in our universe.
A new system has been found that consists of six stars in three binary pairs, which are producing a bevy of eclipses with each other. They were found in TESS data with the help of machine learning
Climate change is a leading problem in today’s society, and today we have a quartet of stories on its affect on the world around us. Plus, more coverage from the AAS meeting with three stories on black holes, as well as dating supernovae, breaking a star, and magnetic chaos in a galaxy.
Theoretical physicists have found a way to possibly detect primordial black holes which could lead to answers about dark matter and maybe even the existence of a multiverse.