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Astronomers from the British University of Durham led an international team of experts who studied how the tilt of Uranus occurred and the consequences that the gigantic impact might have have on the evolution of the planet.
For this, they made a hundred high resolution computer simulations of various types of large collisions with the frozen giant to try to understand how the planet has evolved.
The research confirmed a previous study, according to which the inclined position of Uranus was caused by a collision with a computer. mbadive object, perhaps a young protoplanet made of ice and rock, during the formation of the solar system 4 billion years ago.
The simulations also suggest that the remnants of the impactor could form a thin shell near the edge of the ice cap. and thus capture the heat emanating from the heart of the planet.
Capturing this heat inter According to the researchers, the main author of the study, Jacob Kegerreis, of Durham University, said that Unrano was turning away, with his axis pointing almost perpendicular to the rest of the planets of the Solar System.
"This was caused, almost certainly, by a gigantic impact", but "very little" is still known about how it actually happened and how this guy comes up. The results of the simulations "confirm that the most likely result was that the young Uranus was affected by a catastrophic collision that an object that had twice the mbad of the planet, "he added in a university statement.
Earth, or even bigger, setting it aside and triggering the events that helped create the planet we see today. "
The study could also help explain the formation of the rings and read Uranus, because the simulations suggest that the impact could throw ice and rocks that were placed in orbit around the
Uranus is similar to the most common type of exoplanet and the authors hope their discoveries explain how these planets from outside the solar system evolved and learn more about its chemical makeup. 19659010] (function (d, s, id) {
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