An audible place is a place without sound – since the pressure of materials such as air in an atmosphere does not move. But NASA’s “data sonification” program highlights the sounds that ultra-high cosmic objects would emit when sent to play through musical instruments on Earth, according to a recent press release on a website NASA.
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NASA transforms supernova into a musical form
A new trio of “sonification data” examples from data collected on NASA missions has created a new way to enjoy cosmic objects. They include NASA’s Chandra X-ray Center – which has been making images of distant galaxies for 20 years.
The new initiative prompted Chandra researchers to extract three iconic images from their cosmic archives, and translate the frequency of light into a growing landscape.
Video of the crab nebula – which is the remains of a supernova containing a neutron wind star – shows how NASA data speculation breaks down into a full orchestra. X-ray light (white and blue) is dedicated to brass instruments, while the pink infrared is assigned to the wood ash section, and the optical light (purple) is a delight for string instruments.
The pitch of each instrument family rises from the bottom of the image to the top, which creates another, crocodile effect at a new age – approaching the center of the nebula, where a rapidly spinning pulsar burning gas and radiation out in all directions.
NASA assigns lower frequencies to a darker case, and vice versa
NASA also released two additional videos – one showing the Bullet Cluster, which contains two plates of galaxies in a slow motion crash together about 3.7 billion light-years from Earth. This cosmic catastrophe gave us the first direct evidence that there is a dark matter – which causes the galaxies living in the two blue regions of the image to look bigger and closer through a physical process to it. called gravity lensing, NASA said.
The blue regions, similar to a dark case, specify the lowest audio frequencies in NASA video, with X-ray light specifying the highest audio frequencies.
The third supernova video uses a time effect
The third (and perhaps not final) video features a supernova explosion called Supernova 1987A – so named because of the year our elegant light show first reached our planet from the Cloud Magellanic Cloud, which is our satellite galaxy about 168,000 light-years from Earth.
Compared to the two original videos, which go from left to right, this supernova video has a unique time effect. As the crosshair slides around the fuzzy halo edge of the supernova, the image gradually grows to reflect the transformation of the object over time – from 1999 to 2013.
The brighter the light from the hello, the louder the music park. The gas ring achieves peak brightness as an overhead wavelength slides through it, placing the highest, highest fields at the very end of the video, NASA said.
As NASA’s missions continue to expand in our ways of studying and understanding the nature of the longest cosmic objects in our universe, we can only imagine the possibilities that lie ahead. ‘in the overgrowth of onions beyond our direct sensory capacity. While orchestral manipulation, a new age is pleasing to the ears, maybe one day we will experience something much more immersive, through VR.