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How to buy this book? The contents of this book Author`s coordinate |
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russian version  |
In July 2006, the book "Prisoners of Universe" of Alexander Barvinskiy was issued by the publishing house "Computerpress", Ukraine, Kiev. In the book, physical processes, resulting in the variety of the systems and interactions observed in our world, are described. First in history of development of science, the physical reasons of transformations of the systems are set: particles of radiations - to the particles of matter and to macro-systems of Universe. The role of the global system of observer and role of photons in these processes is determined. Similar processes of transformations find their continuation in development of the systems of universes. But the processes of transformations are not terminated thereon. There is birth and development of the over-global system as an environment, in which universes, being similar to our Universe, are subsystems. All systems and their physical changes are governed according to the general scheme of magnetic transformations. Such schemes are identical for the systems of any levels: from particles to the universes.
Hypothetical idea of existence of great number of universes in an external (more global, in comparison with our Universe) environment, explains the presence of fundamental interaction and great number of derivative from it - interactions and classic and neo-classic systems. Having achieved such an understanding, we can describe transformations of the quantum systems, beginning from their birth, i.e. practically from nothing (from a virtual photon). Subsequently, we trace development of the quantum systems. It is caused by expansion of internal environment of the system observed. Then we note disappearance of the quantum systems through their own quantum disintegration. It takes place in the environment of the system of more global than the quantum system observed. For any observer, his own universe will be a global quantum system. Perception of universe takes place regardless of how this universe is perceived by other observer (internal or external regarding to the system observed). Two different observers can perceive the same system as a universe or particle.
Development of the quantum systems is a few successive cycles of magnetic transformations: systems of the radiation particles to the systems of the matter particles, further - to the systems of macro-bodies, space bodies and further - to the systems of universes. Similar processes are represented by schematic formulas, where the fact of overcoming the places of break of the physical fields is taken into account. In reality such transitions are provided by transference of photons outside the global system (universe) of concrete observer. Photons, relocating in such a way, can be considered as the quanta of action, getting acceleration at crossing of theoretical world line. It takes place in first case of considerations. Here we get: v = c1 c.
In second case, photons can be considered as particles moving in straight lines and evenly with permanent velocity, equal to accepted velocity of light: v = c. In each of two considerations, the new theory of interactions sets absolutely new axioms in comparison with all today conventionally legalized theories of relativity (TR).
In the new theory of interactions, the photons of high energies break through the magnetic shell of the global quantum system and overstep its limits. They pass to space of a global system being more than the global system of observer. After such an assertion, we can explain the fact of parallel and simultaneous existence of laws of classic mechanics of Newton and principles of quantum (wave) mechanics in our world. We can find the real mechanisms, operating between universes and carrying out transitions of photons between the systems of quantum particles, as well as between the global systems.
In new theories, all known interactions are described by using the general scheme of their cascade transformations, starting from a fundamental (inter-space) form and receiving derivative forms. The physical systems are subject to the same changes. The theory of transformations of physical interactions is alternative to the unsuccessful attempts of combination of interactions.
"The new theory of interactions" and Theory of cascade structure of Big Universe", the bases of which are presented in this book, lead us to Unity in Physics. Simultaneous consideration of two mentioned physical theories gives to any observer from any system (global or systems of particles) a possibility to understand the hidden (till some time) Unity of actions of the Natural laws.
Failures in the search of such unity always arose, when the solution of physical problem was not based on a physical hypothesis, but on a "primary mathematical idea". Consideration of Lorentz' equations, "from the point of view" of informal (physical) logic, allows to describe physical reality of the systems and processes in their perception by the observer being in "his own" global system - in his universe. In such a system, one can consider relativistic subsystems, moving at the velocity of light, as well as classic (space) subsystems, the conduct of which corresponds to the laws of mechanics of Newton and principle of relativity of Galileo. In this case, an observer, studying subsystems and processes, is inside his global quantum system - inside the universe. The "pure" mathematical logic does not allow us to understand and trace transitions of photons between the particles of matter, macro-bodies and universes - emitters and receivers of all levels and grades.
Similar transitions can be traced only with the use of mathematical fractal theories. Thus, in new theoretical researches, geometrical similarities (fractals) are in leading position, and geometry of such constructions is curvilinear. Otherwise we can say that curvilinear geometries are acknowledged as leading ones at construction of the global quantum systems (universes) and in its derivative systems - quantum particles. At the use of classic methods of consideration of development of the quantum systems by traditional mathematics, we do not achieve such understanding. The parameters of the mathematical co-ordinate systems "go" either to 0, or to . At consideration of similar transitions by methods of Physics, we come to the break of the abstract physical fields, because of using the classic mathematics. The real breaks of such fields' analogues are the breaks of volumes, surfaces and lines of the real quantum systems. Such phenomena are observed in the physical experiments with the quantum systems of various levels.
Extreme cases of similar, but final, transformations are numerous disintegrations of the quantum systems observed in space and in laboratories. They are some sorts of explosions of the quantum systems in their external environment. The real systems, classic and quantum, have finite parameters, in contrast to the mathematical co-ordinate systems, and zero and infinities arising in them. Until now, divergences in properties of the systems real and almost real (physical), in comparison with properties of the co-ordinate mathematical systems (or frames of reference - in physics), did not allow us to explain the consequences of the real transitions of photons between the quantum systems of all levels. All quantum systems, beginning from photons, quarks, two-quark particles of mesons, and concluding by more global systems than our Universe, possess property of finiteness of parameters of "own" spaces and of time finiteness of "own" existence of the systems.
In a book the third type of relativity is revealed - relativity of conditionally completed, post-relativistic transformations. Such relativity and such transformations arise at comparison of the systems moving in the external environment of space at the velocity of light or with speeds that exceed it (at с1 с), with the systems of Galileo. Relativistic processes are compared with the processes that occur with the systems being in the state of relative rest, or moving with small speeds in relation to other systems - evenly and in straight lines (at v << c). The processes of global transitions of photons between universes take place at the finishing stage of transformations of universes to particles. Such transitions are perceived by external observer exceptionally (in relation to the explored systems). In these cases, the observer, being external to the systems, always explores the systems of particles. Any observer explores his "own" global system from within and perceives it as the Universe.
Until now, the possibility of the global moving of photons between universes was not examined in known to us two principles of relativity (pre-relativistic and relativistic). As the exception, possibly, one can consider a question asked by an ancient Roman philosopher-materialist Lucretian: "What will happen, if, turning out on verge of Universe, we throw a spear?" This question relates to relativistic principle of relativity.
This principle of relativity was mathematically derived by Lorentz. The Lorentz relativistic principle of relativity was "purely" mathematically developed by Einstein in his special theory of relativity (STR). But the Einstein STR remained a mathematical theory, distant from revealing the physical essence of processes of transformations that occur with systems moving with speeds being equal or near to velocity of light. The known "paradox of twins" became the "top" of understanding of relativistic effects. It had its origin in the Lorentz formula, describing transformations taking place during intervals of time ( t) in pre-relativistic and relativistic systems. Our understanding of difference in age between the twins placed in the systems with different terms of motion was the final point of our movement. Physical completion of two principles of relativity for any observer, real or hypothetical, found in any system (in global or in derivative, in the real or in idealized one) results in understanding of the third type of relativity - relativity of the completed post-relativistic transformations of the systems and processes.
The complete revelation of physical sense of the relativistic principles of relativity, discovered in the Lorentz-Einstein mathematical formulas, must bring us to more deep perception of physical and philosophical categories of space and time. We are getting it using new physical theories. At that, knowing of physical sense of the systems and relativistic processes of transformations is achieved outside the idealization created by physicists-theorists as mathematical model named space-time continuum.
The author of this book revealed physical sense of relativistic transformations of the systems and processes. Earlier, it was not revealed neither in the relativistic formulas of Lorentz (that is obvious and natural), nor in principles of relativity of Poincare, not in the STR of Einstein (what we can only regret about). Physical sense of relativistic transformations was not revealed in all subsequent theories of relativity, developed by other scientists. But without determination of the STR physics, without its completion, we do not reveal physical relations existing between STR and general theory of relativity (GTR). Without establishment of such relations, we cannot explain the gravitation manifestations observed near massive space bodies, and reverse effects taking place outside the space weightlessness. Many physicists-theorists understood incompleteness of GTR. The author of both theories of relativity - Einstein, he perceived such incompleteness rather painfully himself. Numerous articles and correspondence of the scientist with like-minded persons and opponents as to scientific views on the world of reality and world of physical ideas testify to it. All this and many other things are briefly presented in the book of A.Barvinskiy "Prisoners of Universe".
The minimum mathematical apparatus used in the book provides revealing of gravitation as the weakest classic interaction, but rather complicated one. Here, Mathematics only confirms a primary physical idea of manifestation of complicated gravitation of mutual attraction and repulsion of subsystems possessing mass of rest. Particles possessing mass of rest, the gravitation of which is explored by our observer, turn out to be separated by inter-space distances from the systems of other particles, those particles, which our observer is "made of". Such separation is perceived as inter-space one only from the point of view of the observer being in the particle.
In the book, the prospects of obtaining some new types of energy are described, including ones obtaining with artificially created systems, named by the author "frozen quantum systems".
The book contains 176 pages. It has a hard, colored, and glossy jacket. Text material includes 14 chapters, "Introduction" and "Conclusion". Illustrations and charts are black-and-white and colored. Their total amount makes 19. The young artist Maksim Repka has drawn pictures-caricatures. Basic text material is presented in Russian. Two last chapters and "Conclusion" - in Ukrainian. For each of chapters fragments in English are given. Signatures to the pictures are given in Russian and in English, as well as the names of chapters.
The book of A. Barvinskiy "Prisoners of Universe" can be acquired in bookstores "Znanie" and "Syayvo" - Kiev, Khreshchatyk street, 44, and the Chervonoarmsyska street, 4. It is also possible to get the book by a postal order.
On the picture presented below, from left to right, there are: the author of the book Alexander Barvinskiy, the artist Maksym Repka, and the director of publishing house "Computerpress" - Valentine Rzhas.
The author of book is thankful to the sponsor of the edition - Lev Svechkov for rendering the financial support.
