The starry sky at all times occupied the imagination of people. Why do stars light up? How many of them shine in the night? Are they far from us? Does the stellar universe have boundaries? Since ancient times, man thought about these and many other questions, sought to understand and comprehend the structure of that big world in which we live.
The earliest representations of people about him are preserved in fairy tales and legends. Centuries and millennia passed before the science of the Universe arose and received a deep substantiation and Continue reading
We have already seen that all attempts by cosmologists to squeeze the Universe into the narrow framework of their materialistic ideas have led to nothing. Moreover, their theories do not even correspond to their own ideas about the structure of the Universe. For example, the big bang theory cannot explain the existence of galaxies. Imagine a brilliant scientist who thoroughly knows all modern cosmological theories, but does not have a clue about astronomy. Can he predict the existence of galaxies? Not. Modern versions of cosmological theories predict only the appearance of a uniform cloud of gas. The density of this cloud by now should be no more than one atom per cubic meter – a little better than vacuum. To get something more, you need to adjust the initial state of the Universe, which is very difficult to Continue reading
All modern cosmological theories also rely on quantum mechanics, which describes the behavior of atomic and subatomic particles. Quantum physics is fundamentally different from classical, Newtonian physics. Classical physics describes the behavior of material objects, while quantum physics focuses only on a mathematical description of the processes of observation and measurement. Material material reality disappears from its field of vision. Nobel laureate V. Heisenberg says: “It turned out that we are no longer able to separate the particle’s behavior from the observation process. As a result, we have to put up with the fact that the laws of nature, which quantum mechanics formulates in mathematical form, are not related to the behavior of elementary particles as such, but only to our knowledge of these particles. ” In quantum Continue reading