A "cosmic cloud" falls from infinite space. Then, in the crust of the planet, as in the depths of the primitive oceans, could be observed the existence of a viscous element that covered the whole Earth. With this gelatinous mass, protoplasm was born. This matter, amorphous and viscous, with its condensation gave origin to the birth of the nucleus. The earliest inhabitants of Earth are albuminoid cells, amoebae, and all unicellular organisms that have multiplied in the warm waters of the oceans. These beings only reveal a sense: of touch, which gave rise to all others. Source: url deleted

Evidence?

belisariusbilberry (nice user-name!), do you understand that this says nothing? I am kind of hoping you posted this as a joke. Using words like "cosmic cloud", "infinite space", "viscous element", and "gelatinous mass", without giving specific definitions, is nonsense. And, as zapatos suggests, if you are serious, you need to give some evidence of this or at least tell us why you think that is true.

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Moderator Note

Posting to advertise a blog is against the rules. URL deleted.

A "cosmic cloud" falls from infinite space.

"Cosmic cloud" is made of what elements? What compounds?

 

A "cosmic cloud" falls from infinite space. Then, in the crust of the planet, as in the depths of the primitive oceans, could be observed the existence of a viscous element that covered the whole Earth. With this gelatinous mass, protoplasm was born. This matter, amorphous and viscous, with its condensation gave origin to the birth of the nucleus. The earliest inhabitants of Earth are albuminoid cells, amoebae, and all unicellular organisms that have multiplied in the warm waters of the oceans. These beings only reveal a sense: of touch, which gave rise to all others. Source: url deleted

 

Well it's nice to have all that straightened out. Who would have thought it would be so simple. Make sure you let all the astrobiologists and biochemists know you have solved the problem of abiogenesis, so they don't waste anymore time on yesterday's problem. And say hello to all the medical staff.