The James Webb Space Telescope is a new space telescope that is going to be launched in 2016. Its design features the largest mirror ever built for a telescope in space. The mission will be able to observe objects as far away as 200 million miles from Earth.
The James Webb Space telescope will have the ability to collect infrared light from these distant objects and peer back in time to image the earliest objects after the Big Bang. It will also help unravel the mysteries of supermassive black holes, distant alien worlds, and dark matter.
The mission of James Webb Space Telescope
The mission to launch the James Webb Space Telescope costs $10 billion and will be operated by the European Space Agency. The telescope will be protected by a five-layer metal sun shield. It will also have a near-infrared camera and spectrograph to provide information on galactic bodies. The telescope is expected to be launched in 2024. With the help of the telescope, the Earth will see more than a trillion stars in a decade.
The telescope will be equipped with detectors sensitive to infrared radiation. This allows it to paint the universe in colors it has never seen before. The expansion of the universe has changed the wavelength of light, transforming it into longer infrared waves. The Webb is slated to be NASA’s next great space observatory, says Zurbuchen. The telescope has a five-layer metal sun shield to protect its instruments.
It will trail the Earth by about 1 million miles
The mission will take about one month to reach its destination. During that time, it will trail the Earth by about 1 million miles, or four times the distance between the moon and Earth. Along the way, the telescope will have to unfold its two major components: a gold-coated hexagonal mirror and a tennis court-sized sunshield to deflect sunlight. The telescope has two parts; the hexagonal mirror and the sunshield – which is crucial for observing the universe. When it was initially designed, the Webb spacecraft was too large for rockets to carry, but it can be folded like a drop-leaf table.
In addition to the telescope’s spectrograph, the telescope will also be equipped with a near-infrared camera. This will allow scientists to observe a wide variety of galactic bodies. The two instruments will help them make better images and discover new things about the universe. The mission’s mission is a critical part of the NASA’s science program, and the Webb spacecraft will be the next great space observatory.
The mission cost is a massive $10 billion
It is being launched from the Kourou space station in French Guiana. It will be equipped with detectors that are sensitive to infrared light. The mission will paint the universe in colors never seen before. If successful, the JWST will also be able to observe supermassive black holes at the center of the Milky Way. It will also observe bright quasars at the center of galaxies and galactic structures.
The telescope’s primary mirror will be 6.5 meters in diameter and is made of 18 hexagonal gold-coated beryllium segments. The primary mirror is sensitive to infrared light, and the telescope’s fine guidance sensor will aid in navigation. With such a large telescope, scientists will be able to detect even the smallest stars and galaxies. They will also study the properties of galactic bodies by measuring their radii.
The Webb will launch from Kourou, French Guiana
The mission will be commanded by 100 mission personnel. The telescope will have detectors sensitive to infrared light. This will allow scientists to see the universe in colors they have never seen before. The telescope will provide observations of the universe in colors that we have not yet seen. It is the next great space observatory. And the team will continue to monitor the progress of the project.
You can track where the James Webb Space Telescope is.
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