The seventh closest planet to the sun in the solar system UranusTo date, it has only been observed with the Voyager 2 and Keck spacecraft. A planet made of frozen mantle and hydrogen and helium gases will go down in history. James Webb Space Telescope observed by.

In addition, James Webb shows that the planet is not so inconspicuous in the images we have seen before. the faint rings also made clear. Clouds on the planet and The brightest moons of Uranus was also caught in James Webb’s lenses.

Uranus posed like this:

In this image by James Webb, the bright spots on the planet come from clouds in the atmosphere. But these dots aren’t the most interesting part of the image, it’s the white area that can be seen in a much bigger way.

This white area is the part of the planet that is completely covered with ice. Thanks to James Webb, we can see this area so clearly for the first time in history. The interesting thing is that while this area is visible in direct sunlight, disappears in the fall. Data obtained by James Webb is expected to clear up this mystery.

The rings we see in the images are from Uranus. call 13 shows. But we can only see 11 rings. This is because the other two rings appear to be intertwined due to too much light reflection.

However, we can’t see all 27 moons of Uranus in this photo. Many of these satellites are very small and reflect so little light that it is difficult to see. If the 6 satellites we see above are Titania, Oberon, Miranda, Puck, Ariel and Ubriel satellites.

In addition, according to NASA’s statement, this photo, the product of just 12 minutes of exposure. With longer exposures, it’s possible to get much more detailed images and data about Uranus.