NASA picked up the Player of Jupiter hundreds of times more brighter than those on Earth

James Web telescope for space New details about polar Auroras from JupiterThe largest planet in the solar system.

Through the NIRCAM camera (the camera near the infrared), the Webb was captured on December 25, 2023 unprecedented by the display of this phenomenon, which highlights that Jovian Aurras is hundreds of times more brighter and more energy That introduction on Earth.

This conclusion was presented by a scientific team led by Jonathan Nichols, from Leicester University (UK), and represents One of the most important developments in the study of magnets JupiterA giant magnetic field that plays a major role in the dynamics of the planet Aurora.

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What is Ura and how is it formed on Jupiter?

Auroras are light emissions that occur in charged particles – sun rulings or local sources – Confused with atoms and particles of the atmosphere The head of the planet, near its magnetic columns.

On the ground, these manifestations are known as North and South Landliens. It is generally linked to solar storms.

In Jupiter, the process contains multiple energy sources. Regardless of the solar wind, the planet receives A large number of loaded molecules From IO, one of its most active camels, is famous for many volcanoes.

Volcanic revolutions of IOS are gases in the area that, by escaping from their weak attractiveness, are combined into the magnetic environment of Jupiter.

The magnetic field of Jupiter, one of the most powerful solar system, holds these molecules, rushes them at very high speeds and redirects them towards the columns, as it finally affects the atmosphere and leads to intense light discharges.

What did the James Web telescope note?

The James Web telescope used the infrared camera to monitor these Urra with unprecedented accuracy. According to NASA, the data shows European patterns that vary within minutes, indicating the presence of short -term dynamic operations that have not been discovered with less sensitive telescopes.

These notes allow astronomers to study temporal and spatial changes in Urra and better understand how solar winds, magnetic fields and charged molecules of IO.

The use of infrared spectrum is the key, because many Ural emissions on Jupiter occur in an invisible wavelength of the human eye, but the web can be clearly captured.

Why are these notes important?

Auroras in Jupiter is not just a visual offer. It is a direct window for extremist material operations that occur in the planet’s magnetic cover. Understanding how scientists work provides more accurate models on how planetary magnetic fields interact with the space environment.

It also provides similarities with other heavenly bodies. Many parties of Jupiter and Saturn interact with their planets in a similar way, indicating that the eurora can be common in complex planetary systems, even outside the solar system.

In addition, studying this type of energy emissions in knowledge about air protection of planets contributes. For example, the Earth’s magnetic field protects the atmosphere of erosion caused by solar wind, and understanding this type of natural defense on other planets can be the key to searching for housing worlds.

Wonderful future for planetary study

Jonathan Nichols team plans to continue these notes and create a three -dimensional model for dawn behavior on Jupiter. Future analyzes between Webb data are expected to combine those related to other missions such as Juno, which the giant planet is currently orbit.

This cooperation will allow a more complete understanding of the phenomenon, and will unify the Webb as an essential tool not only to study remote galaxies and stars, but also the dynamic events of our solar system.