Advanced extraterrestrial civilizations residing in the Milky Way?

The evolution of elliptical galaxies is completely different from the Milky Way. They go through the infancy so much radiation that no living planet can exist. That's why the speed of the formation of the Sun star and any new planet has basically become zero - that's what American astrophysicist Daniel Whitmire said.

The statement, presented in an article published in the May 1 issue of the Royal Astronomical Society's journal on May 1, is in stark contrast to a 2015 study suggesting that giant elliptical galaxies have 10,000 times more likely than spiral disk galaxies to provide favorable conditions for advanced civilized planets.

Elliptical galaxies are more likely to harbor life.

The authors of the 2015 study suggested that elliptical galaxies are more likely to harbor life because they have more stars and lower rates of supernova destruction.

But he Whimire, a professor of physics astronomy retired from the University of Arkansas, USA, argue that research in 2015 conflicts with a rule of statistics called the Principle of mediocrity , also known as natural Copernic theorem . According to this principle, if there is no evidence to the contrary, then an object or an attribute of an object must be considered typical of its class rather than atypical.

Historically, this principle has been applied a number of times to predict new physical phenomena, such as when physicist Isaac Newton calculated the relative distance from the Earth to the celestial star by assuming that the Sun is a typical star and compare the brightness of these two objects to each other.

Mr Whitmire said: 'The 2015 study had a big problem with the Trivial Principle. In other words, why don't we find ourselves living in a large elliptical galaxy? For me this is a dangerous alarm. Whenever he finds himself to be a difference, that is, atypical, that is the problem of the trivial Principle . ' He also pointed out that most stars and therefore also most of their planets reside in large elliptical galaxies to defend their opinion that the 2015 studies violated Trivial principle.

According to the Trivial Principle, the Earth and its technological organizations must be considered typical , not atypical, for planets with technological civilization anywhere else in the universe. office. That means the Earth's position in the spiral disk galaxy is also typical. But a 2015 study found the opposite, saying that most planets may have life not in galaxies similar to our own, but only in large flat planets.

In his research, Mr. Whitmire suggested that one reason why large elliptical galaxies may not be the cradle of life is: they float in destructive radiation when they are younger and younger, and they underwent a series of supernova and quasar explosions at the time .

According to the Trivial Principle, if planets with intelligent life cannot exist in large elliptical galaxies, which contain most of the stars and planets, the planets default as bands. The Milky Way will be the first places to have such civilizations.

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