Home / news / Through “sonication” of data … Listen to the music of the Corona virus and the celestial bodies

Through “sonication” of data … Listen to the music of the Corona virus and the celestial bodies

The study of scientific data may soon become more fun, and it may increase everyone’s willingness to study and understand complex scientific data, and help scientists to deal smoothly with the increasing amount of big data, and it provides an unprecedented opportunity for those who cannot see to see images with their ears.

You can now listen to the music of the protein component of the SARS-CoV-2 virus (SARS-CoV-2), which causes Covid-19, and the audio versions make images such as the image of the pillars of creation, which is one of the most famous telescopic images, by converting them into more easy music. For blind and visually impaired people.

Sonication of corona virus

Sonification is the use of sounds (other than verbal) to transmit information. It has been used in several devices for a long time. The most famous of these devices is Geiger counter. It is also used in circumstances that require constant attention to some information such as signs. Vitality of the patient in the operating theater.

This technology was used as an attempt to further understand the functioning and spread of the emerging corona virus “SARS Cove 2” that causes the “Covid-19 ″ disease, which continues to threaten humans around the world, after scientists at the Massachusetts Institute of Technology translated” MIT ” (MIT) New virus protein structure to music.

You can now listen to the music of the protein component of the Coronavirus that causes “Covid-19” (Pixabay)

Using this new technology, scientists have come up with a way that you can listen to the music of the virus by translating the structure of the famous protein that envelops the virus, helps it attach to cells, and causes infection, and they write a unique note in a musical range for each amino acid, while converting Whole protein into a piece of music.

The sounds that can be heard – the ringing of bells, the ringing of strings and the tones of the flutes – represent all the different aspects of a protein, and the size, duration and rhythm of the notes in the result reflects how amino acids are arranged, which make up proteins, and the interlocking strings are transformed into intersecting melodies.

In an attempt to further understand this new pathogen, scientists analyzed the “vibrational composition” of this protein, and came up with a method by which to listen to the music of the virus, with the aim of understanding these vibration patterns, which is very important in many matters, the most important of which is the design of drugs to attack the virus, and research About a new protein that matches the tune and rhythm of antibodies, which can interfere with the virus’s ability to infect.

Listen to the coronavirus

Sonication of stars

You can now listen to the image of the Pillars of Creation, which are pillars that appear in one of the Hubble Space Telescope images of a region rich in gas and cosmic dust in the Eagle Nebula. This photo was taken on April 22, 1995, and ranked as one of the top 10 images It was captured by the Hubble Telescope.

Instead of just looking at the dazzling images, astronomy enthusiasts and scientists alike are taking advantage of the musical transmissions of the space telescope data, and the audio versions of telescope images such as the Pillars of Creation make astronomy more accessible for everyone.

The musical works were released on September 22nd by NASA’s Chandra X-Ray Observatory. “Listening to the data gives another dimension to experiencing the universe,” says Matt Russo, an astrophysicist and musicologist for the astronomical outreach project, “Sounds of System.”

The new versions combine data from multiple telescopes tuned to different types of light. For example, the sonication process of an image of the Milky Way Galaxy Center includes observations from the Chandra X-ray Observatory, optical images from the Hubble Space Telescope, and infrared observations from the Spitzer Space Telescope.

Natural explorers

While sonication is a valuable tool to attract public interest in astronomy; But it also has untapped potential to help professional astronomers analyze the data, says Wanda Diaz Merced, an astronomer who also works at the Harvard-Smithsonian Center for Astrophysics who is not involved in the project.

Astronomers, including Diaz Merced, who is blind, have used sonication to study stars, solar winds and cosmic rays, and are studying the light emitted by gamma-ray bursts, the most energetic events in the universe.

When Wanda lost her sight, she had an insight, and the curves of light that she could no longer see could be translated into sound, and through sonication she regained her mastery of her work, and now she advocates for a more inclusive scientific community for people with special needs.

“Science is for everyone,” says Diaz Merced. “So technology should be available to everyone, because we are all explorers by nature,” and she proved, with her experience, that sighted astronomers can better choose signals in data sets by analyzing both audio and visual information rather than relying on vision alone. .

However, efforts to acoustically standardize astronomy data sets for research have been scarce, and the researchers argue that sonication as a dominant research method will not only break barriers to pursuing astronomy research; It may also lead to many new discoveries.

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