Thanks to NASA’s new data sonication program, Earth’s animals can now understand the sound of the universe. NASA’s Lunar X-Ray Center, which has been photographing distant galaxies for 20 years, has come up with a new project. They recently took three pictures from their collection of pictures and translated different light frequencies into different pitches to show what it would be like to see some of the most extreme events in the universe. To read.
Lunar X-ray Center New Project Shows How to Build the Universe by Sonication of Data
Check out this video example of the Crab Nebula, the remnant of a supernova led by a stormy neutron star. . At the same time, the infrared light appears pink through the sound outside the wood. While playing the video, they will see the melody of each group of instruments increase from bottom to top, while several tunes can be heard. As the pulsar emits gas and radiation in all directions, sound is heard converting to the center of the nebula. Watch this video.
NASA posted two more videos, one about the bullet set and the other about the 1987 supernova sound. Below is a video of the Bullet Group 3.7 billion light-years from Earth. According to NASA, this collision between two groups of galaxies has provided direct evidence for the existence of dark matter. Darker objects are thought to be larger and closer to distant galaxies than the actual size of the two blue regions of the image, which is caused by a process called gravitational lensing. Introduced X-ray light at high frequency. Listen to the audio below.
The latest video is of a supernova explosion in 1987 called a supernova. It is named after the year when its light reached Earth, 168,000 light-years from the first Magellanic cloud. This video differs from the two videos above in that these supernova images were recorded over time. A cross mark can be seen from the edge of the supernova hollow, which rotates slowly and shows the evolution of the supernova explosion from 199 to 2013. The bright halo appears on a loud high pitch. The highest and highest pitches heard at the end of the video as the supernova passes through the shock wave show the gas ring reaching its highest peak.