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Игорь Брылёв 2025-05-10 19:43:54 +03:00
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# Community of extraterrestrial civilizations
So, in the previous section, we determined that the focus of evolutionary processes for humanity and for the Earth is currently located at the S-axis point with a coordinate close to \\(10^{7}\\) cm. Of course, this point is only the median of the region that occupies the interval from \\(10^{4.5}\\) to \\(10^{9.5}\\) cm (see Fig. 3.1). Since it is the center of the area on the S-axis that has the most stable position (such sizes have national states like England, Germany, etc.), the question arises: is it possible to create a similarly stable WHOLE community of the planet — NOOSPHERE?
## **COMMUNITY OF EXTRATERRESTRIAL CIVILIZATIONS**
The Noosphere has the dimensions of the Biosphere, i.e. the dimensions of the Earth, \\(\\sim10^{9}\\) cm. If the Biosphere exists as some dynamically interacting community of *more stable biocenosis (their average sizes should be in the range of 100...1000 km according to modeling considerations), then the* NOOSPHERE IS THOUGHT OF AS A WHOLE SYSTEM, ALMOST A LIVING INDIVIDUAL ORGANISM. However, in the SWS model, the Noosphere as an integral system is located in a very unstable zone of the intersection of the SWS and the S-axis. The nearest more stable size is the \\(10^{12}\\) cm size.
So, in the previous section, we determined that the focus of evolutionary processes for humanity and for the Earth is currently located at the S-axis point with a coordinate close to 107 cm. Of course, this point is only the median of the region that occupies the interval from 104.5 to 109.5 cm (see Fig. 3.1). Since it is the center of the area on the S-axis that has the most stable position (such sizes have national states like England, Germany, etc.), the question arises: is it possible to create a similarly stable WHOLE community of the planet \- NOOSPHERE?
The Noosphere has the dimensions of the Biosphere, i.e. the dimensions of the Earth, \~109 cm. If the Biosphere exists as some dynamically interacting community of *more stable biocenosis (their average sizes should be in the range of 100...1000 km according to modeling considerations), then the* NOOSPHERE IS THOUGHT OF AS A WHOLE SYSTEM, ALMOST A LIVING INDIVIDUAL ORGANISM. However, in the SWS model, the Noosphere as an integral system is located in a very unstable zone\* of the intersection of the SWS and the S-axis. The nearest more stable size is the 1012 cm size.
> However, it is possible that the stability of the Noosphere will be ensured by "flying in the wind of change", i.e. by continuous evolutionary development. Here we have a model image of a tennis ball hanging steadily over the hatch, from which the air blows.
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An even more stable size is \\(10^{17}\\) cm. The next stable size is \\(10^{22}\\) cm. What might these milestones mean for the further development of life?
\* However, it is possible that the stability of the Noosphere will be ensured by "flying in the wind of change", i.e. by continuous evolutionary development. Here we have a model image of a tennis ball hanging steadily over the hatch, from which the air blows.
***The first boundary*** is a size close to the Earth's orbit around the Sun (\\(\\sim10^{12}\\) cm). Consequently, we can talk about the creation of some *space civilization of the first level* within the asteroid belt*.* It is such a civilization that should have more ***internal and external systemic stability*** than purely "terrestrial Noosphere." This may be ***one of the*** Earth's goals of going into the Cosmos.
An even more stable size is 1017 cm. The next stable size is 1022 cm. What might these milestones mean for the further development of life?
***The first boundary*** is a size close to the Earth's orbit around the Sun (\~1012 cm). Consequently, we can talk about the creation of some *space civilization of the first level* within the asteroid belt*.* It is such a civilization that should have more ***internal and external systemic stability*** than purely "terrestrial Noosphere." This may be ***one of the*** Earth's goals of going into the Cosmos.
***The second boundary.*** Even more stable may become a civilization that will occupy the entire space of the Solar System, up to its outskirts \- 1017 cm. Moreover, it may unite several space civilizations closest to Earth's civilization into some very stable space community.
***Third Frontier boundary.*** And finally, one more stable level \- the community of galactic civilizations, which will unite all civilizations of the Galaxy \- 1022 cm. However, all these boundaries of stability are purely mechanical extrapolations. Perhaps, the true path of further development of mankind will lie in completely different spaces, which modern science today does not even suspect.
***The second boundary.*** Even more stable may become a civilization that will occupy the entire space of the Solar System, up to its outskirts — \\(10^{17}\\) cm. Moreover, it may unite several space civilizations closest to Earth's civilization into some very stable space community.
***Third Frontier boundary.*** And finally, one more stable level — the community of galactic civilizations, which will unite all civilizations of the Galaxy — \\(10^{22}\\) cm. However, all these boundaries of stability are purely mechanical extrapolations. Perhaps, the true path of further development of mankind will lie in completely different spaces, which modern science today does not even suspect.