Surprising information was released by NASA about Uranus.

The 2022 James Webb Telescope is the world's most powerful telescope and can be described as the most promising telescope in the future. Two photographs taken by this telescope, published by NASA, reveal many amazing and surprising facts in space research.

We all know that Jupiter and Saturn are the only planets in the solar system with rings around them. Photographs clearly show rings formed by gases around Jupiter and Saturn.

 But this image from NASA's James Space Telescope shows the rings around the planet Uranus, which may be more surprising. This photo is an infrared photo. In this photo, the rings of light around the planet Uranus are beautiful. That is, we know that the planet Uranus is an ice sphere. Because this planet is far away from the sun, it is not affected by the heat that can come from the sun.

Also, this planet has chemicals like water, methane and ammonia, so it looks like an ice sphere. There are about 13 rings around this planet. These 13 rings appear to us as rings of light. This amazing photo of Uranus, never seen before, creates a new understanding of the planet Uranus.

NASA reveals never-before-seen information about supernova Cassiopeia

We know that many changes in the science of astronomy have taken place with this James Webb telescope. Similarly, this supernova photo released by NASA can lead to more astronomical research.

This photo is an infrared photo. About 340 years ago, a star exploded into a remnant called a supernova. A supernova is the remnant of an exploded star. It can be said that the remaining part is like that.

Sophisticated images like these help us learn about an older star and its constituents. This photo, which has just been released by NASA, is the Cassiopeia A photo of the Cassiopeia supernova. Scientists say that this shows us an unbelievable new view compared to the old photographs taken before.

Because the pink leaves are visible in this photo, it also suggests that the star may have had a mixture of very heavy elements, such as oxygen, argon, and neon. This Cas A supernova is a star about 11,000 light-years away in the outer space galaxy called Cassiopeia.

 Such rare images that are now being released by the telescope have much new information about space and features for useful research.