Avi Loeb, a professor at Harvard, argues that the glossy materials that come to Earth from space are not square objects or rock formations, but that ‘space debris’ is thrown into the atmosphere by aliens. .
Loeb is the Chair of Harvard’s Department of Astronomy and says the shiny rocks coming from space are proof that life is longer than humans in this atmosphere.
The ‘space garbage’ was brought down by the monsters in 2017, according to Professor Loeb’s latest book ‘Extraterrestrial: The First Sign of Intelligent Life Beyond Earth’, and recently the item that into our solar system and was like shiny rock.
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It claims on September 06, 2017, an object from the Star Vega, a star set about 25 light-years away, the object entered our atmosphere and moved closer to the sun on September 09. the same then passed Venus at a distance. of 58,900 miles per hour, then “moving swiftly toward the Pegasus emblem and the blackbird beyond” and then heading toward Earth on October 07.
The object called ‘Oumuamua’ – which is Hawaiian for ‘scout’ – was a small object 100 yards long and was the first interspecific object to be found within our system. sunshine.
An interesting belief about this object is that some scientists believe that this object is not connected by the gravitational pull of the sun.
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“What would happen if I saw a cell phone cave?” Loeb asked in his book. “He saw rocks all his life, and he would think it was just shiny rock.”
Loeb also explains in his book that the astronomers have concluded that it was exposed to sunlight after every eight hours, allowing them to safely accept that the item takes eight hours to complete operation.
The professor also offers the physical appearance of the item as proof for his claim. The object is nearly ten times its width, which is rare and thus confirms Loeb ‘s point that this is not a normal thing.
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“This would make Oumuamua’s geometry more isolated at least a few times in aspect ratio – or width to height – than the longest asteroids or comets we’ve ever seen,” he explained.
“Oumuamua was surprisingly bright. It was at least ten times more reflective than a normal solar system. [stony] asteroids or comets, “he continued.
However, what gave Loeb the last nod was too much pushing away from the sun for the object.