Scientists will search at the bottom of the sea for an interstellar meteorite
Something that on a simple reading sounds like a priest is not only possible insanity, but seen as something dangerous and wonderful.
The story is as follows: On January 8, 2014, a meteor crashed into the atmosphere of our planet. And the sky crossed the sky of Papua New Guinea, a country located in the southwestern region of the Pacific Ocean, in Oceania.
In 2019, two theoretical astrophysicists from Harvard University in the United States published a study indicating that it is the first interstellar meteorite to be identified on our planet. he is called, The first meteorite from another star system.
The theory suggests that this meteorite burned and disintegrated when it entered our atmosphere, so it is possible that the fragments fell into the sea. The idea now is to look for those fragments that will be at the bottom of the ocean.
Interstellar meteorite at the bottom of the sea
As mentioned earlier, in 2019, two Harvard University scientists, Amir Sarak and Avi Loeb, published a file study So, based on some data from the meteorite, He will appear to be an interstellar being. That is, it comes from another star system.
What is that data? The velocity of the 0.45-meter-diameter meteorite has been studied along with the trajectory of its orbit. It is known, for example, that it traveled through space at a speed of more than 210 kilometers per hour.
The thing is, this can’t be 100% confirmed because to do so would need information from NASA’s Center for Near-Earth Object Studies, and data Coming from a satellite classified as Top Secret by the United States Department of Defense.
The closest thing to confirmation that was obtained was the verdict of Joel Moser, chief scientist in the US Space Force’s Space Operations Command. this official View the necessary confidential data She confirmed it The velocity estimate reported by NASA is accurate enough to explain the path between the stars.
This statement was enough to convince scientists to search for the remains of the meteorite that was baptized with the name CNEOS 2014-01-08.
According to specialized media, satellite tracking data, wind currents and oceans can show an area of 10 x 10 km where the fragments could be.
And the most interesting: they believe that the fragments are magnetic, so it only takes a ship with a magnet to assemble the small parts. They are now In talks with a technology company to make this possible and to refine the plan.
With information from the universe today *
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