5 glowing moon in the lap of Uranus, the rings will also open the secret, for the first time such a clear picture came out – Nasa James Webb Telescope take pictures of ranus of uranus and 5 special moon Give new insight of plan

New Delhi. Have you seen Uranus i.e. Arun planet and its 5 major moon. If you do not see, then see it now. NASA has arranged for this. For the first time, such clear pictures of the 7th planet Uranus of the solar system and its brightest 5 moons were taken. This has been possible with the help of NASA’s James Web Space Telescope i.e. JWST. It has been claimed that this powerful telescope has taken the most obvious and detailed photos of Uranus and its five Moon so far. About three months before today i.e. on 26 March 2025, these pictures were taken. NASA, European Space Agency (ESA) and Canadian Space Agency (CSA) pulled it out of Jewent Efficiency.

Uranus is bent 98 degrees

The weather on Uranus lasts for extreme and decades due to 98 ° tilt. Infrared technology showed its rings, storms and polar hats. This discovery will help in understanding icy planets and exoplanets. These photographs were captured by the telescope’s Nircam, which reflects Uranus’ atmosphere, rings and moon with unprecedented clarity. Experts say that Uranus is known for its snowy structure and axis bent next to it. In the pictures, he is seen as a bright blue planet. Its 13 outdoor rings and 14 out of 28 Moon so far are seen in this image. The five major Moon of Uranus i.e. Miranda, Ariel, Umbal, Titania and Oberon can be clearly seen in photographs.

What did it take so much time to take pictures?

This is the first time that James Web captured these Moon of Uranus with such clear and expansion. After these photographs are revealed, the scientists engaged in research related to the space will help to understand better about Uranus and its moon. Scientists say that the distance of Uranus is much more than the earth. Therefore, it was challenging to see it in detail due to lack of its brightness. The infrared technology of the telescope has exposed the storms, clouds and other characteristics present in the atmosphere of Uranus.

Weather will change in Uranus in 2028