Friday , November 27 2020

After resetting, uriosity usually acts

Mars Curiosity Marsa took this image with Mastcam on February 10, 2019 (Sol 2316). The station is currently exploring a region of Mount Sharp known as "Glen Torridon" with many clay minerals. Credit: NASA / JPL-Caltech / MSSS

NASA's curiosity curiosity is busy making new discoveries on Mars. The door has been climbing Mount Sharp since 2014 and recently reached a clay region that could offer new clues about the potential of Martian's ancient environment to support life.

Curiosity was faced with a barrier on last Friday, when a boost interrupted during its planned activities and triggering protective protection mode. The router was removed from this mode on Tuesday, February 19, and usually usually operates, successfully incorporated over 30 times without any further issues.

Throughout the weekend, Curiosity sent and received technical data, communicating with the team to help them identify the issue of the issue.

"We're not sure about its exact case and collecting the data relevant to its analysis," said Steven Lee, deputy Curiosity project manager at NASA Jet Propulsion Laboratory in Pasadena, California. JPL leads the Intelligence mission. "The rover has been a single-time computer reboot but has always acted since then, which is a good sign," he added. "We are currently working to take a snapshot of memory to better understand what might have happened."

Without notice, Lee said, science operations will continue to catch until the matter is better understood.

"In the short term, we restrict the orders to the vehicle to reduce the changes to memory," said Lee. "We do not want to destroy any evidence of what might have caused the computer to be reset. As a result, we expect science operations to be suspended for a short time."

Curiosity is one of two NASA spacecraft that is studying the Martian surface. InSight, lander, arrived on the planet on 26 November; Cyfle, who has run for more than 14 years, has completed his mission.

Curiosity has been investigating parts of the "Glen Torridon" in which clay minerals can see from orbit. Clay mineral, which is formed in water, is particularly interesting for the roaming science team. The runner is designed specifically to study ancient environments that may have supported life, and water plays a key role in deciding that.

Although the engineers are going to computerize the computer replacement, the science team will continue to study images and other data collected from Glen Torridon. A possible drill location has been seen just 656 feet (200 meters) away.

"The science team is eager to drill our first sample of this interesting location," said Ashwin Vasavada JPL, project scientist Curiosity. "We do not yet understand how this area fits in with the general history of Mount Sharp, so our recent images give us enough to think about it."

Investigate further:
360 Video: Curious embarrassment leaves Vera Rubin Ridge

Provided by:
Jet Propulsion Lab

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