James Webb Space Telescope (JWST), sent into space by NASA on December 25, 2021 and most advanced space telescope is accepted as The telescope has given us a lot of information and images from space and planets since its inception. The European Space Agency recently reported the first exoplanet shot down with James Webb. your photo had shared. planet outside the solar system 6-8 times bigger than Jupiter Lake big It was also said to be huge.

As the James Webb Space Telescope continues its work, a new and rather interesting way to explore images and data from the telescope has been found. Team of scientists, musicians and a visually impaired, shot with a space telescope turned photos into music.

The goal is to visualize different images in the mind of the listener.

NASA for music exploration of some images and data from the JWST “sonification” used a method called This method is longitudinal, in a given medium, coming from a source. waves by the pressure effect activate hearing offers. The method of converting images from JWST to music was led by Matt Russo, a professor of physics at the University of Toronto and also a musician.

Russo strives to make James Webb’s images and data intelligible with sound. and the public to create images of themselves in their minds He said he wanted to help. Carina Nebula, Southern Ring Nebula and gas giant exoplanet from WASP-96b Let’s listen to the music made with images.

Cosmic Cliffs in the Carina Nebula

Experts mapped a near-infrared image of the cosmic cliffs in the Carina Nebula captured by NASA’s Webb telescope into a symphony of sound. Musicians attributed unique tones to the nebula’s translucent, hazy areas and very dense fields of gas and dust, resulting in a buzzing soundscape.

The “Ghostly” Southern Ring Nebula

Music made with stringed instruments may seem a little scary to you. In this video, where light frequencies are directly converted to sound frequencies, the near infrared light (left) has a loud sound at the beginning, while the sound decreases and the notes change as you move to the mid infrared light (right).

WASP-96b’s data converted to music

The team converted not only the images into music, but also the data they obtained. The atmospheric data from the gas giant exoplanet WASP-96b has been turned into interesting music with effects such as falling tones and the sound of dripping water.

Close your eyes and listen to the music again. What do these notes and sounds mean to you? Don’t forget to express your opinion in the comments.