Читать книгу Information Organization of the Universe and Living Things. Generation of Space, Quantum and Molecular Elements, Coactive Generation of Living Organisms and Multiagent Model онлайн

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In order to define a unifying generation model of the Universe, we must first define a very singular initial state which engaged the creation of all space and all elements according to a generative hyper-process, then specify how the generative processes unfolded in a continuous and self-organized way. We posit that this singular initial state generator of the Universe is a localized informational system, that it was defined elsewhere and that it produced a quantity of informational elements which also produced some of the same. It was thus a generating system producing elements which in turn generated. We will then develop an informational model where all the structure and all the elements of the Universe will be considered based on informational fields of communication, allowing these fields to generate structures with temporal permanence and forming both informational and material elements. Furthermore the notion of information used will be different from the one defined by the Turing machines that run programs. We will use the notion of organizational information which will in turn use the notion of informational fields of communications, of the type, for example of a photon field but more intense and totally invisible due to operating at a speed much higher than the speed of light, and which will produce a space of dense communicational links everywhere between all the created elements. This space of informational links will be the substrate producing the space of the Universe. Therefore, there is an informational substrate that will perform incentive control at multiple scales, to continuously produce an emergence that will be the space-time with all the physical elements of the Universe being generated. It will be necessary to introduce a fundamental organizational law that will regulate all the formations and aggregations of generated elements, in order not to have a system randomly generating a set that becomes chaotic with very little structural coherences.