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Three young stars shine in the middle of the Taurus molecular cloud. | Credit: Esa/Hubble & NASA, G. Duchêne
The Hubble world space telescope is looking for the universe to understand how planets, stars and galaxies form. It recently recorded this image of a fog, which is known as GN 04.32.8 in a larger star kindergarten, which is referred to as Taurus Molecular Cloud.
What is that?
According to the European Space Authority (ESA), GN 04.32.8 Fog is classified as a reflection fog because it does not spend its own light, but rather reflect the light of the nearby stars as a space dust.
The reflection fog is lightly illuminated in three young light stars, with the center V1025 Tauri. This star is a variable star, which means that it is very chaotic and active when it begins its outstanding development.
Where is it?
The Taurus molecular cloud, in which GN 04.32.8 is located, is in the Taurus constellation, about 480 light years from the earth.
The reflection fog is illuminated by HP Tau, HP Tau G2 and HP Tau G3, the three young stars in the middle of the picture. | Credit: Esa/Hubble & NASA, G. Duchêne
Why is it incredible?
The Taurus molecular cloud is one of the best and best-known star hinges and makes it a simple place to examine how stars are born and developed.
But it’s not the only thing that is newly shaped in this picture. In this picture there is a small orange stain with a dark line. It is easy to overlook, but it is important to study because it is a newly shaped protostar that is surrounded by a protoplanetarian hard drive. Since the hard drive goes out to the Hubble world space telescope, astronomers can continue to examine how this disc has formed and reveals more about the early universe.
Would you like to learn more?
You can read more about baby stars and the photographs of the Hubble world space telescope, while astronomers continue to look deep into our universe.
