InSight Mission: Completing NASA’s Internal Study of Mars | trends

the NASA’s InSight mission to Mars has come to an endwhen its batteries ran out, after four years of unique scientific data collection, during which it detected more than 1,300 earthquakes and meteorite shocks.

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Twice in a row, mission controllers at NASA’s Propulsion Laboratory (JPL) were unable to establish contact with the InSight rover, leading them to conclude that The spacecraft’s solar batteries have run out of power.

Although NASA will continue to monitor any signal from the module, it is considered “It is unlikely that there will be any signs of that., after his last contact on December 15. Insight landed on Mars in 2018 and was designed to carry out scientific activities for two years, which is a lifetime that it has greatly exceeded.

until it follows Finds where dust fell on solar panels Gradually reduced power levels, data scientists will use them for years, NASA said.

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NASA Science Mission Director Thomas Zurbuchen noted, “VAlthough saying goodbye to a spacecraft is always sad, the amazing science that InSight has accomplished is cause for celebration.“.

Zurbuchen, in particular, pointed to the seismic data collected by this mission, which “in themselves offer tremendous knowledge not only of Mars, but also of other rocky bodies, including Earth.”

InSight, an acronym for Indoor Exploration Using Seismic Investigations, Geodesy and Heat Transfer, He devoted himself to studying the interior of Mars and his data provided details about its inner layersweather and a lot of seismic activity.

The highly sensitive seismometer, combined with daily ground monitoring, detected 1,319 earthquakes, including those caused by meteor impacts, and the largest Boulder-sized chunks of ice were discovered late last year.

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These effects help scientists identify them The age of the planet’s surface Seismometer data provide a way to study the planet’s crust, mantle, and core. In fact, the seismometer was the last scientific instrument left in operation.

All missions to Mars present challenges, and InSight was no different, NASA recalls, referring to the mechanical rig, designed to drill down to five meters deep and measure the heat inside. Designed for the loose, sandy soil on other missions, it couldn’t pull off the unexpectedly lumpy soil surrounding the InSight, so it only got down to 16 inches, though it did collect “valuable data on the physical and thermal properties of the soil,” which is useful for future missions.

EFE