APPLICATION THE FREQUENCY-RESONANCE TECHNOLOGY OF SATELLITE AND PHOTOS IMAGES PROCESSING FOR THE PLANETS AND SATELLITES OF SOLAR SYSTEM STUDYING

Abstract

The results of experimental research of a reconnaissance nature on Sun and some planets and satellites of the solar system in order to study the features of their structure are presented. The survey of the volcanic structures locations was carried out using mobile technology, including modified methods of frequency-resonance processing and decoding of satellite images and photographs, vertical electrical resonance sounding (scanning) of the cross-section, as well as methods for integrated assessment of the oil and gas prospects of large prospecting blocks and local sites. Separate methods of technology are based on the principles of the “substance” paradigm of geophysical research, the essence of which is to search for a specific (sought in each specific case) substance - oil, gas, gas condensate, gold, zinc, uranium, etc. When processing images of the Sun, signals are recorded of all chemical elements known on Earth, many groups of sedimentary and igneous rocks, hydrocarbons, coal, and diamonds. Frequency resonance processing of individual sunspots showed that within each of them, responses from various groups of sedimentary and igneous rocks are recorded. On the surveyed planets and satellites of the solar system, responses of all chemical elements known on Earth are not recorded. The maximum number of registered elements is 28. There is no oxygen among the fixed elements! On the satellites of the known planets of the solar system, fewer chemical elements are recorded than on the planets themselves. When processing a fragment of a gas plume recorded on the surface of Mars, signals of chlorine, hydrogen, and hydrochloric acid were also recorded. In the process of research, additional evidence (facts) was obtained in favor of the volcanic model of the formation of structural elements and the surface of the Earth, as well as planets and satellites of the solar system. The discovery by NASA of thousands of large ancient volcanoes in the north of Mars, in the Arabia Terra region, is of great importance for substantiating the volcanic model of the formation of the structural elements of Mars. During frequency-resonance processing of the image from the orbiter of several craters, responses were recorded only at the frequencies of the 7th group of igneous (ultramafic) rocks. At the Enceladus satellite responses only of five chemical elements were recorded - hydrogen, deuterium, chlorine, iron and cobalt. There are fewer chemical elements on the Enceladus satellite than on the Saturn planet. Responses at hydrogen frequencies are recorded in the areas of basalt volcanic complex’s location on all surveyed planets and satellites. Also, the facts of hydrogen migration into the space above the surface of the surveyed objects were established by instrumental measurements. The results of conducted researches indicate the fundamental possibility of using data from remote sensing of planets and satellites of the solar system (images from satellites, landing modules and telescopes) to study the internal structure of survey objects and the composition of rocks, minerals and chemical elements present on them. Frequency-resonance technology of satellite images and photo images processing can be used to conduct detailed studies on planets and satellites of the solar system in the framework of large scientific projects to study them