The real book "The paradigm of gravity of extraterrestrial civilizations" was prepared by us based on the information of highly developed, which brings scientific information to earthlings in order to advance humanity to a new, higher level of knowledge about nature. This highly developed civilization is located in the star cluster "Stozhary" (Western European name – Pleiades", Japanese – "Subaru"), the second star, the third planet.
Contact of a highly developed civilization was carried out with Ivan Vasilyevich Ponomarenko and lasted for about ten years. During this time, representatives of a highly developed civilization taught him to see physical processes that ordinary people, due to the imperfection of their senses, do not see (so scientists have to theorize). However, it is not enough to teach "seeing", it is necessary to understand what you see and bring "seen" to others. Therefore, for almost ten years, a highly developed civilization contacted Ivan Vasilyevich Ponomarenko, answered his questions if he did not understand anything, and together analyzed difficult moments for understanding. And only after making sure that he correctly understands and correctly explains what he saw, the highly developed civilization broke off Contact. The interruption of Contact does not mean that Ivan Vasilyevich has lost the ability to see and understand what he saw. He can now watch the physical process that interests him at any time, so Ivan Vasilyevich Ponomarenko does not forget anything.
Information usually comes to him in the form of a high-quality color dynamic image (video in 3 d format?), and Ivan Vasilyevich Ponomarenko himself is "placed" as if inside the physical process under consideration. For example, if we are talking about an atom, then Ivan Vasilyevich Ponomarenko sees this atom from the inside. The same can be said about the internal structure of the Earth, for example, or about the internal structure of elementary particles.
Tikhomirov Evgeny Alekseevich is an assistant to Ivan Vasilyevich Ponomarenko in the design of his works. Ivan Vasilyevich Ponomarenko was told by representatives of a highly developed civilization that he would have an assistant. So it turned out, Evgeny Tikhomirov began to help Ivan Vasilyevich Ponomarenko on his own initiative (no one forced or ordered him), because he unconditionally believed Ivan Vasilyevich Ponomarenko, based on the nature of his information. In our opinion, it is impossible to lie, or come up with such athing yourself. At least, our physical geniuses, although they have a very highly developed imagination, could not correctly imagine how nature works. Nature turned out to be both simpler and more complex (not like this) as our physical geniuses imagined.
In this paper, there are no theories, and, consequently, no mathematical apparatus. This is understandable, because all information is provided at the level of phenomenology – a person sees and understands what he sees, so no theory or mathematical apparatus is needed. Of course, if scientists use Ivan Vasilyevich Ponomarenko's information in any way, his information will need a mathematical apparatus, but not in order to prove anything (physics is not proved by mathematics), but in order to be able to calculate what needs to be calculated. But this will not cause our theorists any difficulties, since our theorists know mathematics much better than physics.
1. A Brief analysis of existing theories of gravity
Most people believe that we, earthlings, have only two theories of gravity: "the Law of universal gravitation" and "General relativity". Moreover, the Law of universal gravitation is supposedly a special case of General relativity. And if that's the case, most people think we have the same theory. In fact, even the generally accepted theories of gravity are much more numerous, if you don't believe them, you can check Wikipedia. We will not bore you, gentlemen readers, with the disclosure of the essence of each theory, especially since all our theories of gravity are untenable. Let's just list these theories and characterize them in groups.
