If you think all celestial bodies are the same, try taking a look at Huamea.
The US space agency itself is the one that qualifies it dwarf planet As one of the The strangest things from the solar system. in NASA’s latest postthe body confirms that they have achieved Haumea History Collection Across simulation informatics. planet from Kuiper belt and close to Plutois a stranger in our neighborhood, and then we will tell you the reasons for this classification.
By the way, if you like Related NASA newsfrom Urban Tecno, we already told you all about it Next plans to put humans on Marswith 63 targets, planned infrastructure and much more.
Huamiya is a dwarf planet that no one has noticed
He. She Amazing Huamiya It has several edges to explore. On the one hand, his Turning methodas you can see in the recreation featuring the tweet below these lines, it really is fast, much more than any known celestial body can. This aspect leads us to its second peculiarity, which is Elliptical. This strange aspect is due to the mentioned rotational motion. Also, we’re talking about a file planet whose Surface covered in icesomething really rare in the Kuiper belt. steve dishan astrophysicist at the University of Arizona, It states which – which:
Explaining what happened to Haumea forces us to set time limits for all things that happened when the solar system was forming, and thus begin to relate everything around the solar system.
-a stepHolt (Stepholt) November 28, 2017
The study from Haumea compoundaccording to distance: after of the planet in relation to the earth and this does not Expedition It was designed to be visited. This is the reason to use it simulation IT and in this case they were three The data Use to begin decoding the elliptical planet: Estimated sizeThe estimated mass and his “Fast for four hours a day”. From there, Steve Desch’s team started taking delivery Forecasts Used to calculate the volume or mass of The planet is in its infancyTo perform Simulating trillions of years of evolutionpresents an image similar to the current image of Haumea.
The researchers, through the proposed models, ended up assuming that hypothesis that when planets began to form in the solar system, Haumea collided with another body. Serve this stellar encounter They make up the Haumea family And to select your structure finish, with structure rocky interior and one frozen liquid surfacewhich allowed to increase Rotational Speed Even what we have been able to observe at present. A dwarf planet that was not well known, but we are convinced that it will be very useful for a better understanding of the universe.
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