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This is what the seismometer revealed on the surface of Mars

This is what the seismometer revealed on the surface of Mars

measuring device detection earthquakes On Mars, the first detailed look at the interior of the Red Planet has documented the existence of a surprisingly thin crust and hot molten core beneath the frozen surface. In a series of articles published this week, scientists reported that the crust of Mars is within the thickness of the Earth, according to Al Arabiya Net.

The thickness of the scarf Mars Between the crust and the core is about half the thickness of the Earth. The core of Mars is on a higher side than scientists expected, although it is smaller than the core of our planet, which is roughly twice the size of Mars.

These new studies also confirm that the core of Mars is molten. But more research is needed to find out if Mars has a solid inner core like Earth’s, surrounded by a molten outer core, according to international research teams.

Scientists said that stronger earthquakes can help identify any multiple underlying layers, according to the Associated Press.

The results are based on about 35 earthquakes recorded by the French seismometer on NASA’s InSight lander, which arrived at Mars in 2018.

The dome seismometer has already detected 733 earthquakes so far, but 35 with magnitudes from 3.0 to 4.0 served as the basis for these studies.

Lava

Most large earthquakes originated in a volcanic region 1,000 miles (1,600 km) away where lava may have flowed only millions of years ago.

Even the largest earthquakes are so weak that they can barely be felt on Earth, said Mark Banning of NASA’s Jet Propulsion Laboratory, who was involved in studying the crust.

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Banning said he hoped a “big thing” would make it easier to process the data and determine the interior of Mars. “We would like to see some bigger events,” he added.

It is noteworthy that current measurements show that Mars’ crust may reach a depth of 12 to 23 miles (20 to 37 kilometers), and the mantle extends down nearly 1,000 miles (1,600 km); The core is relatively lightweight with a radius of 1,137 miles (1,830 kilometres).