Jupiter's aurora is a very powerful source of energy. The power dissipated in Jupiter's atmosphere as a result of the aurora is much more than that dissipated in Earth's atmosphere (about 1000 MegaWatts). Some scientists estimate it at a million MegaWatts, which is comparable to the power used by a large city of 10,000 MegaWatts. This energy can sometimes have a significant impact on the atmosphere.

Like the scene of a crime, the aurora of Jupiter is still being studied by scientists to gain complete understanding. This means that not all the evidence can yet be put together to tell a complete story.

Unlike the terrestrial aurora, the Jovian aurora is thought to come from two sources, Field-Aligned currents (FAC's) from the moon Io, and from currents carrying particles from somewhere deeper in Jupiter's magnetotail.

The streams of particles responsible for the aurora are thought to generate a type of radio emission called "DAM". On Earth, "Hiss" is thought to occur when particles are being forced into the auroral zone. Jupiter's magnetosphere is far different from the Earth's, so scientists studying the aurora of Jupiter look for DAM and other radio signals as proof of how the aurora is generated.

Jupiter's aurora is a very powerful source of energy. It produces much more power (about a million MegaWatts) than the Earth's aurora (about 1000 MegaWatts). For comparison, a large city uses about 10,000 MegaWatts. This energy can sometimes have a significant impact on the atmosphere.

Unlike the Earth, the Jovian aurora is thought to come from two places, from the moon Io, and from currents carrying particles from somewhere deeper in Jupiter's magnetotail.

Scientists are still studying Jupiter's aurora to understand it completely. The streams of particles responsible for the aurora are thought to create radio noises called "DAM". On Earth, it is "Hiss" which is thought to occur when particles are being forced to enter the auroral zone. Jupiter's magnetosphere is far different from the Earth's, so scientists studying the aurora of Jupiter look for DAM as proof of how the aurora is created.

Jupiter's aurora is a very powerful source of energy. It produces much more power (about a million MegaWatts) than the Earth's aurora (about 1000 MegaWatts). For comparison, a large city uses about 10,000 MegaWatts. This energy can sometimes have a significant impact on the atmosphere.

Unlike the Earth, the Jovian aurora is thought to come from two places, from the moon Io, and particles from somewhere deeper in Jupiter's magnetotail.

Scientists are still studying Jupiter's aurora to understand it completely. The streams of particles responsible for the aurora are thought to generate radio noises called "DAM". On Earth, radio noises called "Hiss" are thought to occur when particles are being forced to enter the auroral zone. Jupiter's magnetosphere is far different from the Earth's, so scientists studying the aurora of Jupiter look for DAM as proof of how the aurora is created.