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The US Aerospace Agency (NASA) published the first images from the James Webb Space Telescope, which was developed for a total of 10 billion dollars after 20 years of work and is claimed to solve the secrets of the universe.
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US Aerospace Agency (NASA) engineers, developed for a total of 10 billion dollars after 20 years of work, expected from the James Webb Space Telescope. news finally arrived.
STARTED TO WORK 1.5 MILLION KM FROM THE WORLD
The most powerful space launch telescope stated to be James Webb Space Telescope had reached the Lagrange point (L2) two weeks ago. During its entire mission, the telescope will orbit L2, a point in space that balances the gravity of the Earth and Sun. The point in question is 1.5 million kilometers from Earth.
IT HAS SUCH FUEL TO WORK FOR 20 YEARS
The James Webb Space Telescope was launched from French Guiana on December 25 aboard an Ariane rocket. Takeoff was flawless and so fuel-efficient that scientists believe the telescope has enough fuel to run for 20 years.
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However, the telescope still needs some work to become fully functional. The 18 gold-plated panels are not yet fully aligned and not all cylinders have yet been fired.
IT WAS THE FIRST SQUARE SELFIE!
Meanwhile, NASA shared the first image captured by the telescope with the world. The Webb Telescope took a ‘selfie’ by capturing an ‘inward-looking’ image of the primary mirror using its special lens. Commenting on Webb’s selfie, NASA said, “What you’re seeing is the actual primary mirror of Webb observing a bright star, which was the engineering target. “All the mirror segments see the starlight, but the bright segment is bright because from the NIRCam (near-infrared camera) field of view, the segment is directly aligned with the star,” he said.
The first image released by NASA shows 18 white dots on a black background of space. All of these points are actually a distant star. Since the 18 mirrors in the telescope do not work in harmony yet, it gives 18 different images.
This first frame will help scientists finish the long mirror alignment process using the telescope’s Infrared Camera. “We were delighted to see light enter the NIRCam,” said Marcia Rieke, principal investigator of the device and professor of astronomy at the University of Arizona. said.
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The James Webb Space Telescope is expected to see the light of the first stars formed after the Big Bang 13.5 billion years ago. The success of the study depends on the infrared sensitivity of the telescope. Therefore, the Webb telescope needs to be kept at an extremely low temperature because otherwise its infrared rays could suppress the signals it is trying to detect.
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