The chilling sounds of Jupiter recorded by NASA's Voyager probes

Throughout history, fascinating images of the system that make up Jupiter and its moons have been obtained. However, there are many other processes that require other approaches to be assessed. Radio waves or variations in plasma measured by probes can be considered analogous to sound waves, allowing a simple conversion to sound the environment.

Supersonic planets

The Sun is in all directions expelling a series of charged particles at high speed. When planets move in this medium, they produce a choking wave that resembles the movement of a supersonic airplane passing through the Earth's atmosphere. The Voyager 1 probe managed to document its progress through the sonic boom on its approach to Jupiter.

jovian plasma

Among the planets in the solar system, Jupiter has the largest magnetosphere. This produces different flows of electrons in interaction with the solar wind. Combined with the strength of the magnetic field, the Voyager 2 probe detected these particles and assigned them a frequency based on their density, resulting in a sweet melody.

Whistle of a storm

In one band of the electromagnetic spectrum, lightning in the atmosphere, whether on Jupiter or Earth, makes a hissing sound. The waves leave the planet in the opposite direction and, depending on their frequency, may take longer to reach the plasma. Traveling through the magnetosphere, Voyager 1 managed to measure this phenomenon, which was remembered as a soft whistle.

Go to this link to get all the sounds captured by the Voyager satellites on Jupiter.

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