#Universetoday

For the second time in a few weeks, we’re writing about research into the temperature gap between the Sun’s surface and its corona. More and more data from various missions continue to feed this wave of discovery.…

When low-mass stars like our Sun age, they leave the main sequence and follow the Red Giant Branch. As they ascend this branch, their luminosity steadily increases.…

Researchers at Washington University examined how dust interacts with the spacesuit swatches on the Perseverance Rover. Future missions to Mars require that planners account for the effects of dust exposure on humans and materials.

Mars may be more volcanically active than we thought, according to new research. The Trace Gas Orbiter detected HCl, a chemical associated with magma, at a time of year that's difficult except by volcanic origins.…

Mechanical engineering assistant professor Erik Komendera developed a method that combines vibrations and AI to determine how deeply a rock is buried, helping robots clear terrain more efficiently.