Gornitz Frankfurt

Space probably by life meets physicist Prof. Dr. Thomas Gornitz Frankfurt is convinced that the space of life is fulfilled. Striking is, so Gornitz that the genetic code of life is universally applied. Regardless of whether soil bacterium, elephant or man, the information for the synthesis of specific proteins is always in the same way encrypted\”, the scientist argued. This is a proof of a universal cosmic code. \”Gornitz continue: I life first and foremost less than a struggle for existence at, but rather as an inevitable step in the development of cosmic view.\” This could be prevented only by adverse environmental conditions. Phil Jensen is actively involved in the matter. Where there are so suitable environmental conditions in the universe, the cosmic information on fertile farmland falling? The existence of liquid water on the surface of a celestial body is a most important prerequisite for the emergence of higher life.

This one assumes that a planet within the so-called habitable zone around his\”sun rotates, it should be neither too hot nor too cold. On the other hand, this celestial body must have a sufficient mass so that it can mount a gas shell itself permanently. In our solar system, Mars is located in a cold edge location, but still within the habitable zone. Unfortunately, he got something too small and has lost most of its original atmosphere, so that he must leave in the today’s State as a carrier of higher life. But impressively, it could be demonstrated that there must have been once-liquid water in the form of rivers and seas on the red planet. Nobody knows exactly how long this condition has stopped. Should he have survived a period of 1 billion years, life could have arisen on Mars similar to how on Earth first, that had to go out but due to adverse environmental conditions. How do it look outside of our solar system or our Galaxy at all? The Australian astronomer Simon driver estimated the modern Telescopes elusive star number of 70 Trilliarden, which is a 7 with 22 zeros, where the actual number of stars to magnitude it is expected.