Some of the most beautiful images of the universe are not real photographs. They are usually composite images of different elements or different types of light, such as visible, ultraviolet and infrared, and are given different colors to make it easier to visualize the structure. We’re used to seeing telescope output as images, but what if we could turn that data into sound? A new soundization project at NASA’s Chandra X-ray center has done just that, allowing us to hear the sounds of the galactic center, supernova remnant Cassiopeia A, and the genesis pillar nebula. < / P > < p > so why not assign these elements or lights to sound? That’s the goal of the new project, and NASA’s Chandra X-ray center has now released three sound samples made from some of the most recognizable features in the sky. The first is the galactic center, which is filled with stars, dust, gas and, of course, a supermassive black hole. The sound clip was made from measurements collected by the Chandra X-ray Observatory, the Hubble and Spitzer Space Telescopes, using X-ray, visible and infrared light. Because the signals captured by the three telescopes are different, they are given different instruments in the clip;. < / P > < p > the image is converted to sound from left to right. The brightness of the light controls the volume, while the tone is controlled by the height of the object on the image. The end result is that the stars are jingling, the long dust clouds are elongated buzzing, and all of this culminates in a bright flare around the supermassive black hole. Cassiopeia A has a different effect. This stunning image shows a supernova remnant, a circular swirling cloud expanding like a slow motion explosion. Here, different elements are highlighted in different colors – red for silicon, yellow for sulfur, green for calcium, purple for iron, and these elements are assigned to different sounds. These sounds do not go from left to right, but play as the & quot; cursor moves outward from the center. < / P > < p > finally, the pillar of creation, one of the most representative locations in the galaxy. Like the central song of the galaxy, the song is played from left to right. Visible light and X-ray complement each other and have two different melodies. This ultrasonication sounds even more exotic, starting with the trills and whistles of stars, then reaching the nebula’s clouds, where it presents a weird howl like the wind. The iPhone 12 keynote has been recorded in Apple park