The concentric structure of closed waves of the space-mass continuum carrying the Earth is discovered and shown by
means of the self-organizing algorithm based on the law of increment symmetry conservation. As a result of the Universe
expansion, the positive phases of this structure are also subjected to the expansion tensions, and that of negative the contraction
tensions. The tensions are directed to the medium with the reverse sign, reinduced by the neighboring waves as
natural. They also form the fine structure manifested by layers in the atmosphere, ionosphere and space in superposition.
Cases of the negative continuum achievement by fragments are expressed by the radiomirrors. Cases of the negative
value achievement from all sides (cases of the new waves closure) are expressed by nova and supernova stars, explosions
and sharp contraction of the planet (depends on position of the layer, i.e., lower or higher the surface). The proximity of
the ionospheric F2-layer to the new wave closure is shown. The possibilities of tension extinction or decrease in the layer
to the safe value are discussed.
Geologists and geophysicists have stored the experimental material showing the periodic expansions and compressions
(pulsations) of the Earth on a background of the monotonous expansion. In the suggested version, the planet's pulsations
are explained by the magneto-acoustical excitements of space, and the monotonous expansion - by the Universe
expansion due to the conservation of increment symmetry in the uniform wave field. Naturally, expansions and compressions
of the planet are extended to its hydrosphere, atmosphere and biosphere. The concrete magneto-acoustical
excitements shown in geological sections are presented and, on this basis, an opportunity for the long-term forecast of
climatic variations is shown.
KEYWORDS: Planets, Fermium, Frequency modulation, Atmospheric modeling, Climatology, Earth's atmosphere, Climate change, Solar energy, Solar system, Solar processes
In the model proposed, the “matter” forming the planet and the atmosphere is considered as a trial material reacting to variations of the medium by the law of conservation of symmetry. It is stated that the planet, its atmosphere, and the solar system as a whole periodically change their characteristics as the medium is changed by fast magnetosonic space perturbations (FMS waves). In particular, the FMS waves of space change the solar diameter and activity with the periods of 2 h 40 min, 11 years, and 80 years. More energetic space perturbations “recorded” in geological sections manifest themselves as pulsations of the planet’s diameter, floods and desiccations of continents, “waves of life”, periodic cooling and warming.
The suggested direction of research is based on the original methodology where plasma, gas, planetary and star systems are considered as a trial (experimental) material. This material is reactive to the changes of the environment according to the law of conservation of symmetry. It was discovered through the algorithm of symmetry conservation that the layered structure of the atmospher and the iososphere is generated by the thin structure of deformation of closed (stable, fixed) waves of density of space-mass continuum, which carry the Earth. In space the continuation of this thin structure is demonstrated by the phenomenon of LDE, inside the planet - by the spheres of compression and underpressure. Cases of closing of corresponding star deformations are seen in novas and supernovas, cases of closing of planet deformations are seen in asteroid belts. The Earth has a deformation, known as layer F2 in ionosphere, on the verge of closing a new wave.
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