Large Scale Self-Similar Skeletal Structure of the Universe.pdf

Large-Scale Self-Similar Skeletal Structure of the Universe. V. A. Rantsev-Kartinov INF RRC Kurchatov Institute, Moscow, Russia, rank@nfi.kiae.ru 1. Introduction The given paper is natural continuation of a series of papers (published earlier [1a, b]) about of a revealing of self-similar skeletal structures (SSSS) in various types of plasma up to space scales. Research by author of the SSSS begin from the analysis of images of various types of plasma by means of a method multilevel dynamic contrasting (ММDC), developed and described earlier [1c, d]. The analysis of images by this method is carried out by imposing of various computer maps of contrasting on the image of plasma received by the various methods and in anyone spectral ranges. Results of the given analysis of a modern database of images of space objects are shown, that the topology of the revealed space structures is identical to those which have been already found out and described earlier in a wide range of physical environments , the phenomena and scales [1-2]. The typical SSSS consists of separate identical blocks which are linked together to form a network. Two types of such blocks are found: (i) coaxially tubular structures (CTS) with internal radial bonds, and (ii) cartwheel-like structures (CWS) , located either on an axle or in the edge of CTS block. The large-scale skeletal structures of the Universe (SSU) have a whole series of remark- able properties which have been also described before[1c-1f]. So, a long filaments consist of straight (“rigid”) nearly identical CTS blocks which is joined flexibly similarly to joints in a skeleton. It is assumed such joints may be realized due to stringing of the individual CTS blocks on common flow of the magnetic field which penetrates the whole such filament, and itself the CTS blocks are an interacting magnetic dipoles with micro-dust skeletons, which are immersed into plasma. Here, the result of the analysis which was been r