The fundamental deformation of cosmic bodies not depending of their sizes and compositions (fromasteroids to Universe)
Kochemasov G. G. IGEM RAS,Moscow,kochem.36@mail.ru
Abstract: Orbits make structures. Not depending sizes and compositions of celestial bodies they acquire
tectonic dichotomy (two hemispheres) connected with warping action of fundamental wave.
Keywords; cosmic bodies. orbits, galaxies, planets, satellites, asteroids, fundamental wave
The main point of the wave planetology is: “Orbits make structures”. It means that movement in nonround orbits makes waves creating structures (Fig. 1-10) However, any cosmic body moves in several
orbits. They all participate in structuring [1]. Their frequencies are divided and multiplied creating new
frequencies and corresponding them structures. They are (frequencies) very small and very big. Veryslow but very energetic rotation of large cosmic formations (galaxies and the larger assemblies) makevery fine oscillations up to microwaves, roentgen and gamma radiations infilling cosmos. From theother end, oscillations passed through fundamental wave and corresponding it tectonic dichotomy ofany body. In figures are examples of bodies of various sizes from the Galaxy to small asteroids (Fig.1-8)
The row is finished with small asteroids Itokawa and Ryugu. Both reveal tectonic dichotomy;
especially sharp in Itokawa with its convexo-concave shape. Ryugu has unique longitudinal variation ingeomorphology: the western side of it has a smooth surface and a sharp equatorial ridge (bulge) [3]. On
the opposite side Fossae Tokoyo and Horai occur. Some peculiarities show crater distribution (morethan 20 meters in diameter). There are fewer craters in the western bulge and more around themeridian. This cannot be explained by the randomness of cratering [2].
The other end of this row include giant cosmic formations like galaxies and larger ones finishing atUniverse. The Universe also is dichotomist divided at uplifted and subsided halves. The humankind
occupies the uplifted halve-in the religious sense “paradise”, the subsided halve thus is “hell”.

12Fig, 1. A spiral Galaxy. ESO 510-613. PIA04213.
Fig.2. PIA22113.Coronal hole all spread out.

3Fig. 3. PIA23356. NASA’s AIRS maps carbon monoxide from Brazil fires.

4

Fig. 4. PIA14011. Moon’s nearside

56Fig. 5. Asteroid Eros. Convexo-concave shape.
Fig. 6. Asteroid Itokawa. Convexo-concave shape.

78Fig. 7. Asteroid Ryugu. Ab278776d6ce43e581d669ef938497fa.jpg
Fig. 8. Asteroid Ryugu. Dichotomy shows.image_5c91c15458e6c0.69646182.jpg

910Fig.9, 10. Fundamental wave in line and circle.
Referencs:[1] Kochemasov G.G. Modulated wave frequencies in the Solar system and Universe // Journalof Physics and Application 12(4): 68-75, 2018. Doi:10.13189/ujpa.2018.120402.
[2 ] N.Hirata, T. Morota, Y.Cho et al. The spatial distribution of impact craters on Ryugu// Icarus , v.338,
1, March 2020, 113527, httys:// doi.org/10.1016/j.icarus.2019.113527[3] ] H. Masatoshi, T. Eri, M. Hideaki et al. The western Bulge of 162173Ryugu formed as a result of arotationally driven deformation process // The Astronomical Journal: journal-IOP Publishing, 2019March (vol.874, #1-P. L10.-ISSN 0004-637X-doi:10.3847/2041-8213/ab0e8b-Bibcode:
2019ApJ…874L.10N-arXiv:1904.03480.