Darwin's theory is gradually fading into the background, but before moving on to the facts, let's understand the theory of PANSPERMIA. In search of the key to the main riddle of mankind, people again turned their gaze to heaven. What if we are all children of panspermia, created by aliens from other worlds?
The idea that life did not originate on Earth, but was brought from space, was first heard hundreds of years before our era. It was first expressed by the Athenian philosophers Anaxagoras. With his light hand, the term panspermia appeared, which can be translated from Greek as a mixture of all seeds.
It was these seeds, as Anaxagoras believed, followed the source of life in the universe. In the era of antiquity, his point of view seemed too bold and therefore did not take root. In modern times, the theory was mentioned already in 1865.
American scientist Ellis Silver suggests that our planet is probably a kind of prison in which we were thrown for innate cruelty. According to an environmental scientist from the United States, human physiology indicates that it developed on another planet. Back pain, sunburn and painful childbirth testify to the fact that mankind came to Earth from another planet. In his book, he cited a number of facts about the inability of people to life on Earth.
According to him, man is at the same time the most developed and most unadapted species on the planet. Silver notes that humanity suffers from an abnormal number of chronic diseases that other animals on Earth do not have.
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The fact that people often get back pain as they get older suggests that the human species evolved on a planet with weaker gravity. A number of sleep disorders are associated with a person's adaptability to life in conditions with a day duration of 25 hours!
Another proof that people are not from Earth are sunburn. Any other species on Earth does not suffer from them. For example, a lizard can sunbathe without harm to health for at least a whole year, and a person can afford only a few weeks at most.
Newborn babies have a very large head due to which birth difficulties arise, which can lead to the death of the child or mother. No other species on the planet has such problems.
But what else attracts scientists to the theory of the extraterrestrial origin of life? The fact is that, according to calculations, the probability of spontaneous origin of life on Earth is very small, but in conditions other than those on Earth, the alignment may be different. It can be assumed that the first life appeared outside our planet and then was brought here.
What if all the inhabitants of the planet are Martians? The latest research confirms the theory that billions of years ago the red planet was a more favorable place for the development of biological forms. It is also possible that life appeared on Mars before life arose on our planet. This version was announced at the conference of the European Geochemical Association for Florence.
Scientists believe one of the proofs of the theory is to consider the process of formation of the first molecules necessary for the emergence of life. Scientists have recently been occupied with the question of what initially provoked the emergence of a bond between atoms that form the three key molecular components of living organisms: RNA, DNA, protein. The first of these was RNA, but the formation of this structure requires a certain concentration of atoms on the crystalline surfaces of mineral elements.
Minerals, which could be the most effective catalysts for RNA formation, would dissolve in the ocean covering the Earth at that time. However, they were widespread on Mars, suggesting that life on the red planet appeared before it was brought to Earth.
According to the scientist Francis Crick, the spread of life throughout the universe is not necessarily a natural process, perhaps someone's mind is behind it. He suggested that even for a highly developed civilization, traveling between star systems and colonizing the galaxy may be impossible tasks. In such a case, she will want to spread throughout the universe in a different way.
The most sensible solution, according to Crick, would be to send the simplest forms of life to other planets, hoping that microorganisms will take root in a new home and give a chance for the development of new intelligent species.