A rare type of galaxy flashes in a new web telescope image

A rare type of galaxy flashes in a new web telescope image

ABOVE VIDEO: NASA quietly releases test images of Jupiter’s Earth taken by the James Webb Space Telescope. The James Webb Space Telescope has revealed new details and a stunning image of a rare type of galaxy through cosmic dust. A ring galaxy 500 million light-years away, formed when a large spiral galaxy collided with a smaller galaxy, its shape and composition can change as galaxies collide. In the cartwheel-looking Chariot Galaxy, a colorful ring surrounds a bright inner ring — both of which are far from the colliding core, as shown in the web image. A ringed galaxy is rarer than spiral galaxies, and astronomers have gained new insights into the black hole at the galaxy’s center, individual stars, and star formation thanks to Webb’s capabilities. The new image reveals how the galaxy has evolved over billions of years. Between the hot dust in the bright inner ring, as seen in the image, groups of new giant stars form, while the outer ring continues to expand for 440 million years, where stars form and die. form of supernova explosions). As the ring expands, it collides with gas to form more stars. Two smaller galaxies also appear in the image. The Hubble Space Telescope and other observatories have studied the Pinwheel, but dust has obscured the galaxy’s secrets. Webb is an infrared telescope that sees light invisible to the human eye, so it was able to capture new details that other instruments could not. The new image is a combination of data collected by a near-infrared webcam and a mid-infrared instrument, and captures the moment the pinwheel slowly spins. According to the space agency, its first images and more in the coming weeks.

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Above video: NASA quietly releases images of ground test of Jupiter taken by the James Webb Space Telescope

The James Webb Space Telescope peered through cosmic dust, revealing new details and a stunning image of a rare type of galaxy.

The latest image from the space observatory shows the Night Galaxy, a round galaxy 500 million light-years away that was formed when a large spiral galaxy and a smaller galaxy collided violently.

When galaxies collide, their shape and composition can change. In the Chariot galaxy, which looks like a cartwheel, a colorful ring surrounds a bright inner ring — both of which are far from the colliding core, as shown in Webb’s image.

These features are why scientists classify the Ferris Wheel as a ring galaxy, which is less common than spiral galaxies.

As a result of Webb’s skills, astronomers have gained new insights into individual stars, star formation in chaotic galaxies, and the black hole at the center of the galaxy.

The new image reveals how the galaxy has evolved over billions of years.

The image shows clusters of young massive stars forming amid hot dust in the bright inner ring.

Meanwhile, the outer ring expands for 440 million years, during which stars form and die (in the form of supernova explosions). As the ring expands, it collides with gas, leading to more star formation.

Two smaller galaxies are shown in Fig.

The Hubble Space Telescope and other observatories have studied the cartwheel, but the dust has obscured the galaxy’s secrets. Webb is an infrared telescope that sees light invisible to the human eye, so it was able to capture new details that other instruments could not.

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The new image is a combination of data collected by a near-infrared webcam and a mid-infrared instrument, and captures the moment the pinwheel slowly spins.

The Webb Telescope officially began its scientific operations on July 12, the same day NASA released its first images, with more images to come in the coming weeks, the space agency said.

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