NASA shared photos of the asteroid Bennu as the OSIRIS-REx spacecraft returned to Earth after collecting samples

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NASA shared photos of the asteroid Bennu because the OSIRIS-REx spacecraft returned to Earth after collecting samples. The spacecraft moved away from the asteroid that collected the dust sample.

The National Aeronautics and Space Administration (NASA) shared images of the asteroid Bennu captured from its origin, spectrum interpretation, resource identification, security, and the OSIRIS-REx spacecraft, which is now scheduled to return to Earth in 2023. , “Stop! Asteroid crossing 4.5 billion years ago! You’re looking at a real image of the asteroid Bennu captured from @ NASASolarSystem’s #OSIRISRex spacecraft.” 

The agency said the spacecraft has been flying in space for nearly five years. returning to Earth, carrying rock and dust samples from ancient cosmic objects. OSIRIS-REx moved away from Bennu into dark space. For two years the spacecraft has studied this asteroid and revealed various secrets of this ancient corpse, which also helped me better understand its gravel-like consistency and surface topography.

NASA said in a note on its website that the topography of this asteroid is much rockier and more rugged than what was originally observed from ground-based telescopes. A lot of. On May 10, the spacecraft began to return, it is expected that in 2021 it will discard the sealed capsule containing the sample and send it into orbit on September 24, 2023, which will land in the Utah desert. 

It carries the largest sample of asteroid dust and debris weighing more than 60 grams. To achieve this goal, NASA launched a high-risk operation in October 2020: the probe made contact with the asteroid for a few seconds and exploded. To achieve this goal, NASA launched a high-risk operation in October 2020. Compressed nitrogen gas is emitted to lift the dust sample and is then captured. 

To NASA’s surprise, the probe’s arm sank a few inches into the asteroid’s surface, indicating that scientists “are very loose on surface missions to these debris asteroids,” mission leader Dante said. Lauretta. He said in a NASA video when the space shuttle began to return to travel. The cockpit did not close and debris could not enter the space. But these precious cargoes were finally fixed after being transferred to the space capsule fixed in the center of the spacecraft. 

NASA said these samples will be sent to the Johnson Space Center in Houston. It will be distributed to laboratories around the world, allowing scientists to study the formation of the solar system and Earth as a habitable planet. Not only that, the Ace Space Agency also decided to keep 75% of the samples and save them for future generations, who can use technologies that have not yet been invented or developed to study them.

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