The south pole of our natural satellite can hide the answer to the question of the origin of life on earth. According to an article by the scientific portal sciencenews.com, the moon's ice reserves brought by comets from outside to the surface of the satellite can store traces of organisms that once came to earth and led to further colonization. If so, why haven't so many robot expeditions found anything yet?
Is there life on the moon?
Long before telescopes appeared, people fixed their eyes on the night light in the hope that one day they might meet similar inhabitants of the universe on this bright ball of pearls. However, dozens, hundreds and even thousands of years have passed, and the moon still remains a lifeless desert without an atmosphere and air suitable for human breathing. However, every night, many terrestrial astronomers point the eyepieces of their telescopes at the surface of the moon and, like their predecessors, look for more and more evidence of the habitability of the satellite for the planet of the third solar system.
Well, maybe your assumptions about the habitability of the moon have a good reason. According to the latest findings, the south pole of the moon, which stores a significant amount of water and ice beneath its surface, can not only contain traces of ancient microorganisms – full moon inhabitants – but can also be real evidence of panspermia – the hypothesis about the transmission of living organisms from a star system another with comets and asteroids. The basis of this hypothesis is the belief that organisms – extremophiles that can withstand any extreme climate – can survive a long time in a vacuum.
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The fact that there was no life or biological connections on the moon was known long before the Apollo 11 mission was broadcast to the satellite. At the same time, modern scientists have been able to demonstrate elements that are necessary for the synthesis of organic compounds on the lunar surface, although the current conditions on the satellite do not allow these elements to transform themselves into fully-fledged living microorganisms.
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Planetary scientist Alan Stern of the Southwestern Research Institute in Colorado notes that astronauts who will have to work on the satellite's south pole in the near future must take increased safety precautions to ensure complete sterility in order to perform the necessary work to extract ice deposits and other minerals in it area. Such tough measures are designed to ensure the safety of hypothetical microorganisms that may have struck the satellite along with ancient comets or asteroids. In this case, the earth adjacent to the moon could similarly absorb water and all the building blocks necessary for life. In other words, the answer to mankind's longstanding question about the origin of life on Earth can be very close – in the ice of the old craters of the south pole of the moon.