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The image, resulting from 72 exposures over a 32-hour period, was captured by the telescope’s precision-guidance detector, the tool that allows the state-of-the-art spacecraft to target and focus on objects of interest.
hung US space agency in a statement "This is one of the deepest images of the universe ever".
The photo is provided, according to the agency NASA، "Amazing glimpse" What the scientific community and thousands of enthusiasts are eagerly waiting for: the telescope’s first high-resolution color image James Webb It is scheduled to be published on July 12.
And NASA chief Bill Nelson revealed, during a press conference at the end of last month, that telescope Explore sites "Beyond any point humanity has been able to look at before".
The James Webb Telescope was launched in December and is now located 1.5 million km from Earth.
ولـ"James Webb" The ability to look at points in the universe farther than any previous telescope thanks to its huge main mirror and instruments that receive infrared signals, allowing it to peer through clouds of dust.
It is expected to allow "James Webb" Especially observing the first galaxies that formed only a few hundred million years after the Big Bang, and the exoplanets.
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The image, resulting from 72 exposures over a 32-hour period, was captured by the telescope’s precision-guidance detector, the tool that allows the state-of-the-art spacecraft to target and focus on objects of interest.
hung US space agency In a statement, “This is one of the deepest images of the universe ever made.”
The photo is provided, according to the agency NASAAn “amazing glimpse” of what the scientific community and thousands of enthusiasts are eagerly waiting for: the telescope’s first high-resolution color image James Webb It is scheduled to be published on July 12.
And NASA chief Bill Nelson revealed, during a press conference at the end of last month, that telescope It explores locations “far beyond any point humanity has ever been able to look at.”
The James Webb Telescope was launched in December and is now located 1.5 million km from Earth.
James Webb has the ability to look at points in the universe farther than any previous telescope thanks to his huge main mirror and instruments that receive infrared signals, allowing him to peer through clouds of dust.
It is expected that “James Webb”, in particular, will allow observing the first galaxies that were formed only a few hundred million years after the Big Bang, and the exoplanets.