Take the James Webb Telescope from NASA A new image of a rainbow appearing emanating from a newborn star resembling the sun. Looking at the first glance at the captured image, we will find that there is a ray that resembles Star Wars, or what is called “Star Wars,” providing a glimpse of what the sun looked like in its first moments of birth.
Rainbow image
According to what was reported on the nasa.gov website, Herbig-Haro 211 was spotted about 1,000 light-years from Earth in the constellation Perseus, which are bright areas surrounding newborn stars, formed when shock waves are produced by stellar winds or jets of emitted gases. Of newborn stars, and thanks to images taken by the James Webb Space Telescope, they reveal an outflow from a class 0 protostar, which represents the form of the Sun in its birth stage, specifically when it was more than a few tens of thousands of years old with a mass reaching 8%. Compared to the way it exists at the present time.
Infrared imaging
The James Webb Space Telescope was used in this mission because photography relied on infrared radiation, which allows greater possibility of studying newborn stars and identifying their path outward. Therefore, the opportunity to observe the object HH 211 was ideal using the James Webb Telescope, especially since the particles resulting from the conditions The turbulent particles, which are represented by molecular hydrogen, carbon monoxide, and silicon monoxide, emit infrared light, which the telescope can easily observe and thus map out the journey of the outflows.
And by James Wei telescopeB: The image was revealed, which bears the features of arc shocks heading towards the southeast and northwest with high accuracy, in addition to the presence of the narrow dipole current that supplies it with energy. As a result of these images, astronomy researchers were able to determine the outward flow of the object, which turned out to be slow compared to the most protostars. Developed.
From that study, the researchers concluded that the stars in the center of HH 211 are mostly composed of molecules, because the relatively low shock wave speeds are not energetic enough to break up the molecules into simpler atoms and ions.
Star formation journey
According to what was mentioned on the dailymail website, the journey of stars begins when they form from dense clouds of dust or gas in regions of space known as stellar nursery, and the mass of a single molecular cloud reaches thousands of times compared to the mass of the sun, as it contains hydrogen atoms, and then the cloud is subject to disturbances. It corresponds to the movement of gas and dust, and thus the atoms and molecules become disturbed. This disorder results in some areas containing more material than other areas. Once the dust and gas come together in one area, the collapse journey begins in the presence of the gravitational factor, and thus the width of the area in this area is about 900 billion miles. It becomes a nucleus, which is the stage immediately preceding the birth of the star.
For more, follow The James Webb Telescope captures a stunning image of the birth of sun-like stars
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