NASA's perseverance rover discovers 'mysterious' stone on Mars, does it contain the 'ancient life' of the red planet within itself?

NASA's perseverance rover discovers 'mysterious' stone on Mars, does it contain the 'ancient life' of the red planet within in the photographs of Perseverance Rover, a 45-km-wide rocky surface filled with stones of the Jagero crater can be seen. The stones present here are quite mysterious.

photograph taken by Perception Rover (NASA)

Nasa’s Perseverance Rover Rock Images

Stones seen in photograph taken by Perception Rover (NASA)

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The US Space Agency NASA's Perseverance Rover has started work on its new home, Mars. For the past five weeks, he has been working to record and help the Ingenuity chopper's movements. However, during this time, Perseverance Rover continued its scientific work. For example, Perseverance took high-resolution images of its surroundings through the Mastcam-Z imaging system.

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The rocky surface filled with stones of the 45 km wide Jjero crater can be seen in these photos by Perceived Rover. These stones look quite mysterious. Please tell that the rover had landed on this place on 18 February. The rover studied the surrounding stones in detail with the help of two other devices installed inside it. Scientists are excited to know whether these stones are present here due to volcano or are scattered here due to sediment of a river.

What are volcanic and sedimentary rocks?

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Volcanic rocks are formed after an eruption in a volcano. These can serve as geological clocks. With their help, scientists can better understand the history and development of the Jagero crater. It is believed that there would have been a lake and river delta here billions of years ago with the Jagero crater. On the other hand, sedimentary rocks form over time due to deposition of dirt and sand. If there had been life in the Jagero crater, then these rocks have more ability to preserve life on Mars.

Mars sample-return mission

Perseverance Rover has two major missions. The first is to find traces of life on Mars, while the second mission is to collect several dozen samples of potential astrobiological significance. These stones can also be included in this. This ancient Mars material will be brought to Earth by a joint expedition by NASA and the European Space Agency. Perhaps a mission will be started for this by 2031. "When you look at these stones, you see a story of Mars," said Ken Farley of the California Institute of Technology in Pasadena and scientist of the Perseverance Project.