Featured Image: Experimental Simulation of Melting Meteoroids
Ever wonder what experimental astronomy looks like? Some days, it looks like this piece of agrillite in a wind tunnel.
Ever wonder what experimental astronomy looks like? Some days, it looks like this piece of agrillite in a wind tunnel.
Twenty-three new objects have been added to the growing collection of stars that have unusual dips in their light curves.
A new study provides us with clues to the relationship between accretion and outflows near the supermassive black holes at the centers of active galaxies.
Astrobites reports on whether volcanos can expand the region around a star within which life can survive.
The Breakthrough Starshot Initiative will send tiny spacecraft to our nearest stellar neighbors. A new study examines how we can successfully propel these spacecraft on their way.
Some white dwarfs have magnetic fields with strengths of thousands to billions of times that of Earth. A new study examines how these fields might form.
Software improvements have allowed the Fermi Gamma-ray Space Telescope to discover five gamma-ray blazars at high redshifts, opening a window to the early universe.
Astrobites reports on what we’re learning from the stunning maps of Titan made by the Visible and Infrared Mapping Spectrometer on board Cassini.
Can we use observations of gaps in protoplanetary disks to estimate the mass of planets orbiting within them?
Many planetary nebulae are too “messy” in morphology to be explained by the standard model of how they form.
How do the dusty disks around young stars first form and evolve around their newly born stars?
How big is the dayside vs. nightside temperature difference for a tidally locked hot Jupiter? Astrobites reports on new models of these extreme exoplanet atmospheres.