Putting Coronal Models to the Test
A new study creates a way to measure how models of the Sun’s upper atmosphere stack up against each other.
A new study creates a way to measure how models of the Sun’s upper atmosphere stack up against each other.
Could the same phenomenon that causes the northern lights be responsible for some of the most energetic bursts in the universe?
Recent observations of the youngest known multiple-planet system provide a way to test theories of how planetary systems form.
A new study traces the impact of active galactic nuclei on the reservoirs of star-forming gas in the galaxies they inhabit.
Today’s article might leave your head spinning — read on for an investigation into how the spins of binary black holes have changed across cosmic time!
What’s the culprit that can cause misalignment between a star’s axis and the plane of its surrounding protoplanetary disk? An outside force, or the system itself?
Thanks to large-scale astronomical surveys, we can study huge numbers of binary star systems. What can our observations of these systems tell us about how our galaxy influences binary stars?
Researchers investigate the fire hose instability to understand its effects on the plasma of the solar wind.
Are massive white dwarfs, which can provide a key link in the stellar evolution pipeline, hiding in open clusters in the Magellanic Clouds?
Researchers search for an explanation for the bright X-ray emission seen high in the Sun’s atmosphere before a solar flare.