A photo from open sources
Earlier, on November 11, INTERFAX-AVN reported that the Russian Researcher Evgeny Dmitriev according to the results of many years studies of comet meteorites concluded that they fell out of comets of eruptive origin. All this allowed him to designate a new direction in science called cometary meteorics. Here are its main points. 1. Comets are not remnants of a protoplanetary cloud and do not contain a relict substance of the solar system, but are fragments of the crust stone cores of giant planets ejected from their bowels by eruptive a process of unknown nature. 2. Exploring cometary matter, we We study the rocks of the crust of comet-erupting celestial bodies. 3. The substance the refractory component of cometary nuclei is largely differentiated, has a complex composition similar to that of the earth bark. 4. Tektites are comet fulgurites formed in the body of the cometary nucleus from lightning strikes in the process of ejection of comets from bowels of comet-spewing celestial bodies. 5. The appearance of scattering fields tektites on Earth occurred as a result of atmospheric explosions fragments of cometary nuclei, like the explosion of the Tunguska meteorite. 6. In some high alkaline comet meteorites metals observed skeletal remains of extraterrestrial primitive marine animals similar in morphology to sponge spicules, corals, radiolarians suggests that on comet-erupting bodies previously had (are) water seas, saturated with salts in which primitive marine animals. 7. Comets constantly bring life to Earth and are the main distributors of life in the universe. 8. Comet nuclei, both active and extinct, disguised as asteroids, are the main culprits of space disasters of the Earth. Now from a position comet meteorics can try to explain some data obtained from the Rosetta and Fila space probes. 1. So how comet Churyumov-Gerasimenko is short-period Jupiter’s comet, it owes its origin to Jupiter. 2.The comet is a fragment of the crust of the stone core of the planet Jupiter. The comet could not have such an unusual shape and landscape receive during the accumulation of matter from the protoplanetary disk, since in this case the mass buildup is chaotic and formed bodies should have a rounded shape. 3. Pictures the surface of the comet is somewhat reminiscent of terrestrial landscapes: visible small flat, curved and hilly areas, rocks, ditches, cliffs, boulders, sedimentary rocks are clearly visible. Here is also an opinion on this account K. Churyumova: “This is a very beautiful mountain landscape. He reminds me of some places in the Carpathians. Perhaps Caucasian mountains or the Rhodope Mountains. In short, a beautiful terrestrial mountain range, but not tall. Here, and valleys, and craters, and numerous cone-shaped peaks are one hundred meter and higher, like needles. It is not known how they formed, but resemble icicles. On Earth, you will see this very rarely, only somewhere in the caves. “Thus, the appearance comet correlates well with a fragment of the cortex torn from the bowels Jupiter. Apparently, such landscapes are ubiquitous on the surface of stone the core of the planet. It is possible that here there are vaults of caves with stalactites or with stiffened stains of molten matter. 4.The low density of the comet is about 470 kg per cubic meter, indicates for the presence in her body of many voids, the origin of which can be explain the powerful degassing of volatile components from the fragment crust during its ejection from the deep hot layers of the atmosphere. Figuratively speaking, Comet 67P is a large-pore a huge piece of slag with inclusions of debris of various rocks. 5.The composition of the “fragrant” gases emitted by the comet is adsorbed comet rocks and ice, most likely displays poisonous the atmosphere of the deep layers of Jupiter. 6. There are good reasons. to believe that the types of rocks composing the cometary nucleus have long been known, their composition can be found in the classification comet meteorites 7. The sides of some rocks are covered with obscure round objects that H. Sierks, planetologist from the institute Max Planck, called “dinosaur eggs.” They, according to the scientist, may represent some large pebbles formed due to sticking of cometary material. However, according to the 4th position comet meteoritics, they are most likely tektites, formed by lightning strikes when a comet is thrown. Therefore, on the surface of the comet should also look for tektitic kira – sap formation of tektite melt framing the inlet lightning conduits. 8. If European scientists were familiar with comet meteorites, it is unlikely that there were problems with landing on the surface of the comet of the probe “phyla” and difficulties encountered in drilling soil. The fact is, many comet meteorites have high strength, they are not only difficult to break with a hammer, but even cut with a “grinder”. Apparently of these breeds, the selected for planting and drilling soil under a small layer cometary dust. If the probe “fila” does not wake up, then a special tragedy is not happen because there is already a pretty extensive collection primary studied comet meteorites. To study the same the amount of cometary matter using spacecraft it will take several decades and many billions of dollars. Over For many years, the author tried to interest comet scientists meteorites, but no attention was paid to his work, and now comes the moment of truth. Now he has got two remarkable associates – the Rosetta spacecraft and probe “Filas,” and he hopes that thanks to their impartial research and comet meteorics will finally be able to bury hypothesis about the relict origin of comets and practically revive forgotten eruptive hypothesis. In the meantime, futile attempts undertaken by European researchers, squeeze the results studies of comet 67 / P in the Procrustean bed of the relic hypothesis look highly unconvincing. It is not known how much it will take time for scientists to realize what they see in front of themselves not a relict comet, but a fragment of the crust of the stone core of the planet Jupiter. Author: Evgeny Dmitriev
Jupiter’s life
