The 'cold copy' of the Earth has ... octopus life form?

A planetary scientist said that beneath the sea ice of Europa, the moon of Jupiter's life may be octopus-like creatures.

A new analysis by Professor Monica Grady, majoring in Planetary and Space Sciences, Livepool Hope University (UK), suggests that if Mars had life, it was likely a bacterium; but on a further celestial body - Europa - it must be an intelligent lifeform similar to the most "elite" members of the earth's marine fauna, such as the octopus .

According to her, the place where these creatures reside is the icy sea below the surface of Europa, which has been indirectly determined through the solid evidence gathered by NASA. Although the surface is frozen, the warm water below can be heated and fed by hydrothermal systems like places like Antarctica, Hawaii . on Earth, which is the perfect environment for life. Ocean.

Picture 1 of The 'cold copy' of the Earth has ... octopus life form?
Europa Moon - (photo: NASA).

The signs that NASA collected are those salty oceans , which contain large amounts of sodium chloride. The most evident evidence of these oceans is the 193 km of steam erupting from the ocean world of Europa that NASA's Gallileo has ever encountered.

The hunt for life on Europa is being made possible by a large study called NASA's COPASS, which aims to create a nuclear-powered tunneling robot that can penetrate the icy surface and swim into the oceans. "catching" life.

Europa is a bit smaller than Earth's moon, orbiting Jupiter every 3.5 days. The celestial body has an Earth-like texture: an iron core, rocky mantle and surface ocean. But because it's so cold, the surface of its oceans freezes eternally, like an icy replica of our planet.

The hypothesis is that extraterrestrial octopuses have been put forward, with fairly dense evidence. In 2018, the work of 33 renowned biologists around the world showed that the octopus was most likely the hybrid of an alien creature, so it had such strange features and intelligence.

The aforementioned study, published in rogress in Biophysics and Molecular Biology, showed that the octopus appeared abruptly in a family tree, like something "falling from the sky" and not knowing what evolution was. The researchers believe that its oldest ancestor followed the comet to Earth about 540 million years ago, then "interplanetary mating" with some Earth creature, gave birth to an octopus.

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