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Webb telescope's first full color, scientific images coming in July
The James Webb Space Telescope will produce "spectacular color images" of the cosmos in mid-July -- its first observations dedicated to its mission of scientific discovery, an astronomer overseeing the project said Monday.
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In this undated image obtained from NASA on February 11, 2022, a mosaic created by pointing the Webb Telescope at a bright, isolated star in the constellation Ursa Major. Star light, star bright, the James Webb Space Telescope has seen its first star (though it wasn't quite tonight) -- and even taken a selfie, NASA announced on February 11, 2022. The steps are part of the months-long process of aligning the observatory's enormous golden mirror that astronomers hope will begin unraveling the mysteries of the early Universe by this summer. The first picture sent back of the cosmos is far from stunning: 18 blurry white dots on a black background, all showing the same object: HD 84406 a bright, isolated star in the constellation Ursa Major. (AFP/NASA)
Get ready for a summer blockbuster.
The James Webb Space Telescope will produce "spectacular color images" of the cosmos in mid-July -- its first observations dedicated to its mission of scientific discovery, an astronomer overseeing the project said Monday.
The successor to Hubble has spent the last five months aligning its instruments in preparation for the big reveal, with scientists deliberately remaining coy about where the cameras will be pointed.
"We'd really like it to be a surprise," Klaus Pontoppidan, a scientist at the Space Telescope Science Institute in Baltimore told reporters, adding that the secrecy was partly due to the first targets not yet being finalized.
NASA and its partners the European Space Agency (ESA) and Canadian Space Agency (CSA) formed a committee to create a ranked list of objects, which they now intend to work through.
Webb's team has already released a series of star field images taken for calibration purposes, but the new photographs will be of astrophysics targets, key to deepening humankind's understanding of the universe, said Pontoppidan.
These images will actually be shot in infrared, and then colorized for public consumption.
Visible and ultraviolet light emitted by the very first luminous objects has been stretched by the universe's expansion, and arrives today in the form of infrared, which Webb is equipped to detect with unprecedented clarity -- giving it an unprecedented view of the first stars and galaxies that formed 13.5 billion years ago.
Webb, which is expected to cost NASA nearly $10 billion, is among the most expensive scientific platforms ever built, comparable to the Large Hadron Collider at CERN, and its predecessor telescope, Hubble.
Its mission also includes the study of distant planets, known as exoplanets, to determine their origin, evolution and habitability.
