Researchers at the University of Nagoya Japan and the Astrophysical Institute of Italy have found that the huge customer’s gas planet was probably born 1.5 million years after the formation of the Solar System, according to . This result is obtained from the examination of the kendles; The condenses are molten rock droplets of 0.5 to 5 mm in diameter found in meteors that have fallen on the ground. The existence of the Kendrals has surprised the researchers for a long time, and it is not yet fully known how they have been created.
Modeling shows that the huge gravitational forces caused by the rapid formation of the planet’s customer were responsible for the creation of these molten rock droplets.
About 1.5 billion years ago, the solar system was like a busy kindergarten; On this rotating plate of gas and dust, the massive customer’s gas planet was formed. With the growth of the planet, its gravitational force also made the situation more complicated and created a large orbit of small objects such as asteroids and comet stars.
These small objects were made up of rock, dust and ice and collided at unprecedented speed. The force of these clashes was so intense that the rocks and dust were melted. The collisions evaporated the water in these objects and created an explosion of steam that converted molten silicate into microscopic droplets. Then the droplets became cold and solid, and later became asteroids that eventually collapsed and fell to the meteorite.
“When small planets collided, the water was immediately evaporated and expanded steam,” said Professor Sin Atti Sirrono, a authors at the University of Nagoya. “These small explosions broke the molten silicate stone into the small drops we see today in meteors.”
“The previous theories could not explain the characteristics of the Kendrals without the need for very specific conditions, but this model is based on conditions that naturally occurred in the early solar system and at the customer’s birth,” he said.
(tagstotranslate) Scientific Research (T) Spatial Discoveries (T) Jupiter (T) System of the Solar System
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