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In addition to stargazing, Webb looks at the cosmos in order to determine the potential of life.
The world’s most powerful telescope, the world’s most powerful telescope, reached its destination one million miles from Earth on Monday, a month after taking off to see the dawn of nature.
In a statement, the James Webb Space Telescope fired its rocket launcher for about five minutes to orbit the sun at its designated location, and NASA confirmed that the mission went as planned.
The glasses in the $ 10bn viewing area need to be carefully connected and the infrared lighting fully cooled before science started in June. But pilots in Baltimore, USA, were delighted to have another victory.
“We are about to unravel the mysteries of the universe. And I can’t wait to see Webb’s new creative ideas this summer! “NASA observer Bill Nelson said in a statement.
The telescope will help astronomers look back farther than ever before, since the first stars and galaxies made up 13.7 billion years ago. That is just 100 million years from the big bang, when the universe was created.
In addition to stargazing, Webb looks at the cosmos in order to determine the potential of life.
The flying saucer began a few days after the launch.
The big sun as an open tennis court on a telescope in early January, 1 1/2 weeks after the December 25 launch from French Guiana. The gold-plated glass of the viewing area – 6.4m (21 m) across – appeared a few days later.
Monday’s shooting put a telescope around the sun at the second Lagrange point, where the gravitational force of the sun and the Earth rotated. The seven-ton spacecraft constantly surveys the earth at night to keep its lights as cold as possible.
At a distance of 1.6 million miles (1 million miles), Webb is about four times the moon.
Replaced with the Hubble Space Telescope, which spans 530km (330 miles) high, Webb is too far away for emergency repairs. This makes what happened last month – and what’s ahead – very difficult.
The astronauts performed five operations on Hubble. The first operation, in 1993, corrected the blurred vision of the telescope, an error that began with the construction of a ground mirror.
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