In the 2030s, an unprecedented number of missions will visit Mars, including possible landings of colonists or discoverers. They will have to find a docking arm. There is a reason for this – according to one of the latest hypotheses, in ancient times the Red Planet was covered by a huge ocean more than 300 m deep.
On Earth, due to the presence of a liquid magmatic mantle and tectonic activity of the crustal movement of the sterlitic respiratory disease, so we know little about the first 500 million of our pranets. With Mars, the situation remains different, stable and motionless for billions of years. Moreover, because of the remoteness, Mars became the first “collector” of water and mino acids due to its distance.
According to scientists from the Institute of Physics of the Globe at the University of Paris, Earth and Mars are overestimated by approx. let back. But the Earth found itself in a more vulnerable situation and in the first 100 million years it experienced many bombardments by space objects. Including a collision with a giant asteroid that spawned the moon. No water on the surface, but more of a manifestation of life, and there can’t be any, toda carmarkle.
The study of 54Cr isotopes, formed shortly after their formation on Mars, suggests the presence of prerequisites for the management of this planet not only by water, but also by the interaction of molecules. This is not proof of the discovery of life on Mars, however, at that time, the Earth found itself a hot stone ball, on which no life had definitely formed. And the abundance of iron oxide (rust) in the empty frozen environment of Mars proves that this world was once hay. And meteorites have repeatedly reached the Earth – it may well be that one planet “shared” life with another.
Source: Tech Cult
