AllatRa by Anastasia Novykh 2 www.allatra.org

AllatRa by Anastasia Novykh
Based, again, on the modern theory of stellar evolution, it is considered that out of 100
billion stars there must be at least 100 million black holes. Just in our galaxy, thousands
of black holes are supposedly roaming and completely absorbing all the gas and dust
clouds and stars which “inadvertently” happened to be in the way of black holes. There
are assumptions that supermassive black holes with a mass of billions of Suns may be
located in the centre of our Galaxy.
Rigden: Well, not bad. You get the general idea of how the global science currently
marks time, getting caught in a vicious circle of pointless discussions.
Anastasia: I might not be thoroughly aware of the details of their discussions, but I have
a general idea… Besides, I got interested in another thing. It is supposed that within the
black hole, time and space are significantly distorted due to enormous gravitation. The
common Euclidean geometry might not be true there, since parallel lines may well
intersect and so on… Some even express opinions that everything within the black hole
should in principle fall into its centre where later on stellar matter may compress to such
a degree that eventually it turns into a point with an infinite density, i.e. singularity may
arise.
Rigden: To put it simply, theorists try to fit their conclusions to the far-fetched Big
Bang theory. As they believe, the Bang appeared from an infinitely dense point in which
the entire matter of the Universe had supposedly been concentrated and condensed;
when something inside this “point” had provoked the Big Bang, matter started to fly
apart in all directions, and the process of the expansion of the Universe set in. Since
numerous questions arise, to which scientists are unable to find answers from the
perspective of the material worldview, such confusing modern theories appear. Authors
simply puzzle each other. They try to explain phenomena using the database that is
already known to them. As a result, while developing a theory of the origin of the
Universe or, for example, black holes, they find themselves in a situation similar to that
of a fable elephant. That is, instead of addressing the question of where the elephant
appeared from, why it moves and wants to eat, they study the trajectory of movement of
elephants in the African savannah, the probability of what kind of plants elephants may
eat on their way, the availability of plants in the locality, and what qualities these plants
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