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Solar storm slams Mars in eerie new NASA footage




The same gigantic sunspot that was responsible for triggering a historic geomagnetic storm on Earth in mid-May whipped up a legendary one for Mars a few days later.

On May 20, data from Europe's Solar Orbiter spacecraft showed that an estimated X12 solar flare — the strongest type on the flare classification scale — erupted from the sunspot AR3664 (which was renamed AR3697 on its second trip around the sun). A powerful coronal mass ejection (CME) followed, sending a huge cloud of superhot solar plasma toward Mars at millions of miles per hour.

The impacts from this solar event provided quite an Education for scientists watching everything unfold. Researchers with NASA's MAVEN orbiter, 2001 Mars Odyssey orbiter, and Curiosity Mars rover each played key roles in capturing data from the event that will help us better understand our neighboring planet and plan for future crewed visits to it.

"We really got the full range of space weather at Mars from May 11-20, from large flares, CMEs and an extreme solar energetic particle burst, and we've only begun to scratch the surface analyzing the data. The May 14th flare really did deliver as expected," Ed Thiemann, a heliophysicist at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado, Boulder, told in an email. 

"The flare did significantly iNFLate and heat the Mars atmosphere as expected, and the resulting CME did indeed produce auroras," Thiemann added.

MAVEN (short for "Mars Atmosphere and Volatile Evolution") had a front-row seat for the spectacular showing of auroras over Mars. But the way that auroras are created in the Martian atmosphere is much different than what happens here on Earth.

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