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Celebrate the 35th anniversary of the Hubble Space Telescope with a gigantic tower of gas and dust

Celebrate the 35th anniversary of the Hubble Space Telescope with a gigantic tower of gas and dust

As part of their ongoing celebration of the Hubble Space Telescope 35th AnniversaryNASA and ESA shared New images of Eagle Nebulaespecially the “cosmic air and dust” in the area that the telescope finally captured twenty years ago.

According to NASA and ESA, the tower in the image is 9.5 light-years tall, with only a portion of the larger Eagle Nebula, which is considered the “nutritional” of young stars. The tower’s unique orange and dark blue blend is attributed to the combination of rotating hydrogen and space dust. The “eagle” name for the nebula comes from the appearance when you flood it, where like the edges in the image, the clouds look like the wings of a giant raptor.

This towering structure that rolls gas and dark, dust-covering structure may be just a small part of the Eagle Nebula, but it looks just as majestic. 9.5 light years, 7,000 light years from the earth, use new processing technology to refresh this dusty sculpture. The new Hubble image is part of the 35th anniversary celebration of ESA/Hubble. The cosmic clouds shown here are made of cold hydrogen, such as the rest of the Eagle Nebula. In such a space area, a new star was born in collapsed clouds. The stars are hot, vibrant and form a lot, releasing violent attacks from ultraviolet rays and stellar winds, carving the gas around them. This produces fantastic shapes such as the narrow pillars and flowering heads we see here. The material in the pillars is thick and opaque. Its edge highlights its edge, its light shines farther behind it. The blue color of the background is dominated by the emission of ionized oxygen. Red lowers, luminescent hydrogen. Orange indicates starlight that has managed to break through the dust: blue wavelengths are more likely to be blocked by dust, allowing the red light to pass through. The stars responsible for carving this special structure from the raw materials of the star are invisible in the center of the eagle. As they radiate strongly the pressure of the batter and compresses the gas in this cloud, further star formation may be ignited therein. So far, starry pillars have mastered these forces, cutting impressive shapes in the background, but will eventually be eroded by the numerous new stars formed in the Eagle Nebula. This towering structure that rolls gas and dark, dust-covering structure may be just a small part of the Eagle Nebula, but it looks just as majestic. 9.5 light years, 7,000 light years from the earth, use new processing technology to refresh this dusty sculpture. The new Hubble image is part of the 35th anniversary celebration of ESA/Hubble. The cosmic clouds shown here are made of cold hydrogen, such as the rest of the Eagle Nebula. In such a space area, a new star was born in collapsed clouds. The stars are hot, vibrant and form a lot, releasing violent attacks from ultraviolet rays and stellar winds, carving the gas around them. This produces fantastic shapes such as the narrow pillars and flowering heads we see here. The material in the pillars is thick and opaque. Its edge highlights its edge, its light shines farther behind it. The blue color of the background is dominated by the emission of ionized oxygen. Red lowers, luminescent hydrogen. Orange indicates starlight that has managed to break through the dust: blue wavelengths are more likely to be blocked by dust, allowing the red light to pass through. The stars responsible for carving this special structure from the raw materials of the star are invisible in the center of the eagle. As they radiate strongly the pressure of the batter and compresses the gas in this cloud, further star formation may be ignited therein. So far, starry pillars have mastered these forces, cutting impressive shapes in the background, but will eventually be eroded by the numerous new stars formed in the Eagle Nebula.

ESA/Hubble & NASA, K. Noll

recent, James Webb Space Telescope Has become the designated source Spectacular spatial imagesbut obviously Hubble also has some juice in it. Some of this is due to the application of “new data processing technology” to images captured by telescopes.

The Eagle Nebula is just one of several Hubble celestial goals, namely the 35th anniversary of its establishment. By capturing different angles and using data in different ways, the telescope can produce more vivid color images. These “replays” have no major discoveries, but they are undoubtedly cooler than before.

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