THE INFORMATION MODELS OF COSMOLOGY OBJECTS
- Paper number
IAC-09.A2.1.10
- Author
Dr. Igor Gurevich, The Institute of Informatics Problems of the Russian Academy of Sciences, Hetnet Consulting Corp., Russia
- Year
2009
- Abstract
The information models of the cosmology objects, the estimation of the information volume in the cosmology objects are necessary for definition of the restrictions on their occurrence, evolution and mutual interconversions. The information in Universe has been formed at the phase transitions, inflationary, and usual expansions either. The information carriers are heterogeneity of the matter (energy). The degree of heterogeneity is measured by Shannon’s information entropy [1]. The presence of the information in Universe necessitates to use the information research methods, along with physical methods, allows to get new, at times more general information, in relation to the information, got on the basis of only physical methods and can serve as the effective instrument of cognition of Universe. Estimations resulted in reports are based on the physical law of conservation of energy and on the information law of conservation of uncertainty (information), on the main principle of quantum mechanics by A. Zeilinger: elementary system (fundamental particles: quarks, leptons, photons) contains one bit of the information [2], and the works of author [3-6]. The present report is the survey report. The information is an integral part of the Universe. The information is indissolubly connected with the matter (energy). From the informational point of view some types of mass (energy) are available: the black hole, containing heterogeneity (information) in the volume proportional to square of mass; the usual substance, containing heterogeneity (information) in the volume proportional to mass; the dark matter, containing heterogeneity (information) in the volume essentially smaller then the usual substance contains (researches are under way now); the dark energy that contains no heterogeneity (information); the neutron stars and the white dwarfs, containing heterogeneity (information) in the volume proportional to mass of the star increased by the logarithm binary mass. Other reports of the author presented on the 60th International Astronautical Congress are devoted to information models of the concrete cosmology objects and processes: "About optimum black holes"; "The information restrictions on the formation of black holes"; "The information restrictions on merging of black holes"; "The estimation of information volume in neutron stars"; "The initial heterogeneity of the Universe". The fundamental results (information explaining to of the different kinds dependence of volume of information from mass in the different physical objects; the restrictions on occurrence, evolution and mutual interconversions of cosmology objects; the proof of the existence of optimum black holes; the restrictions on volume of information in the Universe; the information explanation of the Hawking’ radiation; the information spectrum of the radiation of neutron star; proof of the existence and the estimation of mass of the initial heterogeneity of the Universe) got an author testify to efficiency of the use of the information methods for research of cosmology objects. The chief task is to build the information foundations of the "Theory of Everything". Therefore, in opinion of author, the information research methods of cosmology objects must become the item of the special consideration and discussion on the 60th International Astronautical Congress. 1. Shannon C. A Mathematical Theory of Communication. Bell System Technical Journal. (1948) T.27. p.379-423, 623–656. 2. Zeilinger A. A Foundational Principle for Quantum Mechanics", Foundations of Physics 29 (4) (1999), p. 631-43. 3. Gurevich I. About restrictions on volume of the information in the Universe. 58 th International Astronautical Congress – 2007 (IAC 2007). 4. Gurevich I. Information model of a black hole. (In Russian) Works of conference ВАК-2007. Kazan. (2007), p. 461-462. 5. Gurevich I. The laws of informatics-the basis of structure and knowledge of complex systems. (In Russian) Torus Press. Moscow (2007), p. 400. 6. Gurevich I. Estimation of information volume in cosmology objects. Works of the second international conference «Problems of cybernetics and informatics». V.2. Baku. Azerbaijan. 2008. p.132-135.
- Abstract document
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