“Is this something to wear from a local bed?” Asked NASA Posted on Tweet account Since NASA’s Perseverance Mission, Wednesday, March 31 last. “Is it a part of Mars that landed in this area from a remote impact event? Is it a meteorite? Or something else? ”Added the message.

Doubts of the agency They refer to a strange stone 15 cm long, Found near the place where the rover landed. “If you look carefully, you can see the range of laser marks I did to get more information,” the tweet added.

While the NASA rover waits for its partner, the Helicoptero ingenuity Take the first power flight to another planet, Their instruments point to the green rock on the surface of the red planet It “conveys a lot of assumptions” to the scientific community. According to Rover’s Twitter feed, Although none of these point to an alien explanation.

To clear the secret Scientists believe the rover’s laser will still penetrate the mysterious rock. The laser is part of a remarkable device Supercom. Scientists expect over time The laser provides more information about the structure of the strange rock, Can tell you if it was formed on the site or delivered there by some process.

If it does not form in your current location, the water may have reached you Crater Lake Or it could be a meteorite like him Rover Curiosity Seen in 2014.

The great goal of this mission is to find “Signs of Ancient Life Collect rock and regolith samples to return to Earth, ”says NASA Mission website official website.

Perseverance is at the heart of NASA’s $ 2.7 billion Mars 2020 mission. The car-sized Rover Red Planet was launched on February 18, Jessero explores the crater for signs of ancient life.

The crater, with its deep lake and river delta, offers many interesting environments to explore its surroundings.

There are seven scientific tools for persistence. The supercomm sits on top of the vehicle’s flagpole and can deliver laser shots at target rocks up to 7 meters from the rover. Each laser beam generates Cloud of evaporated rock, Their structure can be analyzed using supercom cameras and spectrometers.