A species of life may exist in the underground ocean of the dwarf planet Serera
American scientists believe that in the belt of asteroids located Serera called dwarf planet at the bottom of the surface saline solutions and these solutions may have led to the formation of life forms in the planet’s underground oceans. Scientists believe that after the formation of Serera, its internal heat forced the stones in the mantle to secrete water, salt and other compounds. These changes have created pores in the surrounding rocks of the planet, and those pores have been filled with liquid. The saline solutions were then excreted into the planet’s underground ocean, and as a result microbe may have given rise to a form of life in the form of As part of their research, scientists have created a model of the evolution of the planet Serera. Created model after the formation of the dwarf planet 4.5 billion il exhibited what happened to the rocks and glaciers as part of its warming and cooling.
Thus, the modeling showed that the mantle serpentine and carbonate minerals rocks change under the influence of heat. Metamorphic rocks such a process of creating as well On Earth also occurs. During chemical changes, the rocks on Earth also secreted water and saline compounds. These substances may have created saline pores in the Serera mantle. This metamorphic liquid is likely to contain large amounts sodium, he sighed and carbon combines basic compounds. “The composition of these saline solutions is similar to the composition of the saline solutions in the lakes of the Great Rift Valley in Kenya. In these lakes, there are microbial life forms, ”the scientists said.
According to scientists, some of these metamorphic liquids came from the depths of the Serera’s underground ocean and stimulated chemical reactions. This, in turn, may have led to the emergence of a new way of life. Dawn Modeling based on data obtained from a spacecraft called The planet’s crust is rich in glaciers. After some time, the glaciers melted and accumulated in the underground ocean. These assumptions, which scientists now believe, have a hypothetical status. There is still a lot of research to be done to determine the exact location of the underground ocean in the greenhouse. New spacecraft should also be used in these studies.
“24 hours“”A species of life may exist in the underground ocean of the dwarf planet SereraPublished an article entitled “Technote”
