NASA's Perseverance rover has embarked on a major scientific mission: looking for signs of ancient microbial life in
At the same time, scientists noted that the Ingenuity helicoptercopes with flights on its own - the device has already completed seven takeoffs and landings. Perseverance has already gone through an extensive training phase, during which he tested many of his scientific instruments, took thousands of pictures and recorded sound on Mars.
“We are leaving the stage of putting the rover into operation and going to implement the further mission,” said Jennifer Trosper, Project Manager for Perseverance.
New soil catalyst will allow plants to grow on Mars
The rover will work at the bottom of the crater, where itwill look for rock and soil samples to pack in tubes and place them in a cache so that the next missions can retrieve them. The rover will traverse rocky ground and potentially hazardous sand dunes. This crater was the bottom of a lake billions of years ago.
The scientific mission will end with the return of the rover to the landing site. "By this time, Perseverance will travel 2.5-5 km and collect 43 tubes of materials - Martian rock and regalite," NASA said.
The animal came to life after 24 thousand years of hibernation in the Siberian permafrost
Climate change will lead to extreme rainfall and flooding
Natural selection can reverse the evolution of sexual selection