Massive Mars meteoroid strike that set off 'marsquake' helps NASA understand Red Planet's crust and core - NASA researchers used a machine learning algorithm that saved them years of manual work ...

Data collected by NASA's InSight lander suggest that ancient internal processes are responsible for the "Martian dichotomy" ...

NASA's Perseverance collects the “Silver Mountain” sample in Jezero, revealing geological secrets and possible traces of ...

Incredibly powerful marsquakes that violently shake the red planet don't always begin under the surface, research shows.

New research shows that meteoroid impacts on Mars generate seismic signals that travel much deeper than previously thought, ...

Now, researchers have connected 49 seismic events to impact craters, proving that meteorite strikes leave distinct seismic ...

Mars spacecraft teamed up with an AI model to find a new impact crater on on the Martian surface, changing our understanding ...

The crust beneath the southern highlands is also significantly thicker. According to the study's authors, two main hypotheses have been proposed to explain Mars' lopsided appearance. The endogenic ...

NASA's famous Mars rover named Perseverance has discovered a 'one-of-a-kind treasure' while exploring the surface of the Red Planet.

Mars' crust, which sits on top of a mantle of molten rock similar to the one inside Earth, is also thicker in the southern highlands. This planetary imbalance is known as the "Martian dichotomy." ...