SNFactory found that among about 50 supernovae, many had nearly identical spectra, paving the way of using supernovae to search dark energy.

SNFactory found that among about 50 supernovae, many had nearly identical spectra, paving the way of using supernovae to search dark energy.
Researchers find that the “oddball supernova” of a curiously cool, yellow star was lacking the hydrogen content expected.
The inner solar system was a wild and wooly place and the collisions that formed Earth and Venus were likely of the hit-and-run variety
Studies from Cassini found that the magnetic fields & a wave in the rings provide insight into the core structure and composition of the gas giant.
Let’s take a fast-paced journey thru all that’s new in space and astronomy and look at how JWST reveal star formation in never-before-seen details.
This week… there was a far too much news problem, the last flight of Virgin Galactic’s Unity suborbital spacecraft, the first crewed flight of Boeing’s Starliner capsule to the ISS, a more successful launch test of SpaceX’s massive starship, the successful landing, loading, and liftoff of Chang’e 6 at the Moon, and… the beginning of the end for the HST as it shifted into single gyro operations.
In this episode, we bring you stories on how JWST – Not LIGO and Virgo – spotted the most distant Black Hole merger to date, why the search for life on other worlds gets more challenging the more we look, and we take a deep dive into the things we’re doing that cause and relieve climate change.
China’s Chang’e-5 lunar lander has made the first in situ detection of water on the Moon, using reflectance spectroscopy from the surface of our natural satellite.
A supernova first observed in 2016 will be replayed in a few years because of the light’s journey through a galaxy cluster and how dark matter gravitationally warps space-time.
In this episode, we’re taking a closer look at Sunspot complex 3664 and the beautiful chaos that it’s been creating.