It has been reported in the study that how much heavy impact was on the development of Uranus 4 billion years ago.
Uranus is distinct from other planets in our solar system. Unlike other planets that hold spin directly, Uranus has a sloping spin and is approximately 90 degrees apart from the vertical spin axis.
Due to its unusual spin model, there is a very strange magnetic field around Uranus. Scientists call it a strobe effect, where Uranus is able to turn its magnetic field on and off at regular intervals.
This is because the planet’s magnetic field is more than 60 degrees centered. Apart from this, the planet is extremely cold, but according to its appointment in our solar system, it should be warm.
Among the planets in our solar system is Uranus’ coolest atmosphere. The inclination of the planet makes its movement somewhat strange around the sun. While the planet revolves around the Sun, the tilt indicates one of the poles against the Sun.
The results show that billions of years ago, young Uranus had collided with another space body at almost double the size of the Earth.
Research has also confirmed the previous study that during the formation of our Solar System 4 billion years ago, the tilt of Uranus was the result of a collision with a heavy object.
“Uranus spins on its side, its axis points to the almost right angles of all other planets in the Solar System. It was almost certainly due to a huge effect, but we actually know very little about it how this really happen and how such a violent incident did affected the planet, “said Jacob Kageris, Ph.D. And the main author of the research.
High-resolution computer simulation of various major conflicts with ‘Ice Giant’ helped researchers to understand how the effects influenced the development of the planet.
“We run more than 50 different impact scenarios using a high powered supercomputer so that to see if we can recreate the conditions shaping the planet’s development, Kageris said.” Our findings Confirm that the most likely result was that the young Uranus was involved in a tragedy confrontation with an object twice from the mass of the Earth, if not larger Happens, it knocks on your side and helps to establish procedures which will see the planet helps make the events that we have today. “
Simulations also suggest a possible cause for the formation of rings and moons around the planet. The collision would have caused the debris to be sent in space to create a ring, ring and make ring, thanks to the magnetic field in space.
Apart from this, a long question can be raised about whether Uranus has been successful in maintaining its atmosphere after a massive collision with simulations conducted by researchers. The impressive object hit only a grassland shock on the ice giant, which bowed to the planet. , after the confrontation the planet was able to retain most of its atmosphere.