James Webb Telescope Made Important Discovery, It Detects Frozen Water in Young Star System for the first time

For the last several decades, scientists have been guessing about the origin of life on the earth and the source of water reaching. A theory for this is that water was present around our planet, especially in the outer layers of the solar system. A strong evidence has been found in favor of this theory. Researchers at the American Space Agency NASA have found using the James Webb Space Telescope that a star such as the Sun, 155 light years away from the earth, is a layer of debris around HD 181327. One published in Science Alert Study According to, this star system is only 2.3 million years old, which is much younger than the solar system of about 4.6 billion years old. This star system is currently in its early stages. The prominent writer and research scientist of this study, Chen XIE, stated in a press release issued by NASA, “James Webb Telescope has also detected frozen water as well as transparent water ice, which is also found in Kuiper Belt around Saturn and our solar system. This type of snow is important for a planet.

Researchers have found the frozen ice around HD 181327 using the James Webb Telescope’s Near-Informade Spectograph. In February this year, NASA launched the Lunar Trailblazer satellite to search for water on the moon. Its weight is about 200 kg. It is about 3.5 meters wide when its solar panel is completely opened. This satellite was launched in a space from Kennedy Space Center in Florida. The Falcon 9 rocket of Spacex was used for this. Moonlunar Trailblazer has been created by American defense and aerospace company Lockheed Martin.

Earlier, there was a sign of some amount of water present on the moon. There may be large amounts of ice made of frozen water on the moon on the moon. Lunar trailblazer has been sent to find water on the surface of the moon and to know its location.