Life on our planet originated as a result of the fall of the Martian asteroid. Such an assumption was expressed by Professor Steten Benner as part of a speech at the International Goldschmidt Conference in Prague. According to a scientist from Harvard University, a key role in the appearance of life on Earth belongs to the transitional metal molybdenum.
Benner’s theory sheds light simultaneously on two paradoxes, writes Physorg magazine. The first — for what reason the effects of light and heat on organic molecules does not lead to the appearance of a new life, but transfers them to a tarry or oily state. The second paradox is that millions of years ago the entire surface of the earth was under water that prevents the accumulation of boron or molybdenum, which are required for the emergence of life. Mars was not completely covered with water at the same time, as a result of which metals on its individual sites could accumulate almost without interference.
Thirty -four Marsian asteroids were found on our planet, one of which was revealed by boron oxides. “The results of the latest studies of the meteorite from Mars showed that there is Bor on the Red Planet, therefore, oxide forms of molybdenum may be present there, we believe in it,” says Benner. The resulting tests indicate that the metal has arrived with us with the Martian stone. The scientist noted that Molibden can influence the early stages of the origin of life. This form of metal was absent on ancient Earth, because it was not enough oxygen on it. But in the conditions of Mars, he could well be. “In addition, recent studies indicate that the conditions suitable for the existence of living organisms can still be on the Red Planet,” the professor concludes.
A few months ago, the Opportunity Mark Railway, which has been on Mars for ten years, discovered traces of water, whose tests showed that it was almost fresh and neutral. Thus, Opportunity confirmed that the red planet was attended by the suitable water.
