The James Webb Space Telescope, developed in partnership with NASA, ESA and CSA, and launched last December, allowed us to see the universe in a way we have never seen before. A new image came today from the telescope that took Mars to its lens just the other day.
According to the bulletin shared by the European Space Agency, the James Webb Space Telescope took Neptune, the farthest planet from the Sun, into its lens this time. Neptune’s rings revealed in unprecedented detail.
Here is Neptune as seen by James Webb:
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These photos, which we saw above, included Neptune and the planet’s rings, as well as its moons. The object you see brightly at the top in the second photo is Neptune’s most unusual moon, Triton, which is completely covered in frozen nitrogen. This satellite looked so bright because it reflects 70% of the light from the Sun.
Well, wasn’t Neptune blue?
The European Space Agency also offered an answer to this question that occurred in mind. “Webb’s Near Infrared Camera (NIRCam) captures objects in the near-infrared range of 0.6 to 5 microns, so Neptune does not appear blue to Webb,” the agency explains. explained in his words.
So why can’t we see Neptune clearly?
The James Webb Space Telescope was developed to capture even the most distant galaxies with the clearest clarity. In order to achieve this, all the equipment of the telescope has been developed to capture even the lowest light levels. However, these equipment cannot perform well in structures that are close to a large light source and therefore highly reflective, such as planets in our Solar System. High brightness doesn’t offer much positive results for James Webb. For more detailed information on this subject:
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