The concept of a substantial vacuum and quantum-pertouring physics. Bukhalov I.P.

The book is devoted to a comparative analysis of the approaches of quantum-celebratic physics and the concept of substantial vacuum. In modern physics, there is a belief in the non-alternativeness of the quantum-celebratic approach, although the postulates of the theory of relativity at the present stage cannot be tested experimentally. On the other hand, the search for ether, like evidence of its absence, did not lead to a clear result. The same physical phenomena as gravity, inertia and many others have no explanation in modern theories, and the discovery of gravitational waves indicates that vacuum is not a void, physical space has a structure. The totality of facts returns to the idea of ​​the substantial vacuum. The analysis of the phenomena of the quantum level leads to this. Thus, a fundamentally different approach to understanding physical reality and its description is necessary, which, nevertheless, should be methodologically able to transition to a secondary relativistic model and should be agreed with the quantum-celebratic description adopted in modern physics.

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< P> In the proposed approach, classic ideas about space, time and movement lead to observed relativistic and quantum effects as a consequences of a model of substantial vacuum. In this case, the methodological sources of relativism are opened. The gravitational-inertial and related processes, astrophysical and cosmological consequences are considered. Much attention is paid to issues of setting and interpretation of experiments confirming the materiality of the vacuum, the results of experiments indicating the possibility of managing processes related to gravity and its consequences are given. The last chapter discusses the non -quicked effects.

The book will be interesting to both physicists involved in gravity and related areas, as well as to specialists of other areas, as well as to everyone who is interested in the fundamental and philosophical problems of modern natural science.