Ganymede: NASA has captured eerie noises around one of Jupiter’s moons


NASA has captured eerie “sounds” emanating from one of Jupiter’s moons, and the audio is similar to what you would expect. The material was retrieved by the Juno mission, which is now gathering data on the formation of the solar system’s biggest planet.

Scientists at NASA have released a number of findings concerning Jupiter as part of their ongoing hunt for answers about the universe and what they represent for Earth’s beginnings. In addition, scientists brought back a piece of interstellar music from their travels.

A spacecraft called Juno is gathering information on the formation of the biggest planet in the solar system, which has enough room to hold more than 1,300 Earths. Photos of the interior of the planet’s ring, a map of the planet’s magnetic field, details of the planet’s atmosphere, and a soundtrack of the spacecraft’s trips around one of the planet’s moons are among the newest discoveries.

In addition, NASA has revealed some incredibly eerie noises captured around Juno.

The radio transmissions that Juno has captured are not representative of what a human would hear if they traveled to Jupiter since space is a vacuum and does not transport sound waves in the same way that air does here on Earth. The space probe, on the other hand, caught electrical and magnetic radiation, which were subsequently translated into audible sound by the scientists.

Juno, a NASA spacecraft launched in 2011, is the eighth spacecraft to visit Jupiter and the first to explore the giant planet’s interior beyond its thick layer of gaseous atmosphere. It has faced high temperatures and potentially lethal radiation from Jupiter in order to investigate the planet’s north and south poles, and it continues to go ahead despite the lack of sunlight reaching its solar-powered panels.

In the words of Scott Bolton, lead scientist for the Juno mission, “uncovering the mysteries of how Jupiter functions might throw insight on the development of other planets as well as on the genesis of the solar system itself.”

“We are trying to figure out where we came from and how we got here,” Bolton said in an interview with The Washington Post. “And Jupiter plays a significant role in that tale.”

As part of its mission, the spacecraft has flown over the vast globe, studying its magnetic field. In addition to flybys of Jupiter’s moons, such as the one carried out in June, which resulted in the Ganymede audio track, the mission has been extended this year to include flybys of the planet’s other moons.

Juno also revealed that the planet is being battered by small yet strong particles from Mars, which the spacecraft named after the planet. Jupiter’s gravity operates as a gate, forcing micrometeorites out of their orbits in a manner similar to how other old planets may have been driven out of the solar system.

Scientists are ready to examine Jupiter’s ring in more detail. The gas giant, like Saturn and Uranus, has a thin ring of material around it that was produced by two of its moons. The spacecraft has previously taken a look around from within the ring, which provided the researchers with an opportunity to see the constellation Perseus from a new angle.

Jupiter differs from the other eight planets in our solar system in a number of ways. With the exception of a solid core, the planet is composed mostly of gaseous and liquid substances. Jupiter’s cloud cover has a layer of liquid metallic hydrogen that is surrounded by electrons, protons, and ions that are quickly bouncing about.

Despite the fact that its nucleus is still a mystery, scientists assume that it contains a collection of dispersed elements that are heavier than helium. According to Connerney, this structure prepares the way for the development of a dynamo, which is a source of magnetic field.

This results in “spectacular auroras, or huge depositions of energy,” according to Mr. Smith. It is similar to our own northern lights, but thousands of times more brilliant.