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

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

NASAs Perseverance rover has collected a historic rock sample dating back to the Noachian era on Mars. This discovery could ...

Formations that look like jumbo-sized kidney beans (or blobs of chocolate syrup, depending on your palette) may be indicators ...

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

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

To investigate this, Professors Sun and Tkalčić used low-frequency marsquake data recorded during NASA's InSight mission that took place between 2018 and 2022, which aimed to study Mars's crust ...

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

NASA's Rover found ripples in Martian rock that resemble the wave patterns on a sandy lake bed on Earth. The ripples could ...

Using artificial intelligence, scientists have discovered a crater from a meteoroid that they say shook material as deep as the Red Planet’s mantle: the layer between its crust and its core. The small ...

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

the layer between its crust and its core. The small lumps of rocks striking Mars can produce seismic events deeper than previously known, the researchers announced Monday. “We used to think the ...