Jupiter's pole storms - potential relation?

In summary, the conversation discusses resonance frequencies and their potential link to the formation of pole storms on Jupiter. The speaker also speculates about the speed of sound in the plate material and the arrangement of cyclones at the planet's north pole.
  • #1
sea212
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TL;DR Summary
An observation that might be a part of the reason why these storms exist
I just watched this beautiful video about resonance frequencies and saw a pattern (the pattern at 1:25) , that reminded me of the pole storms on jupiter:

jupiter_storms.jpeg

Image Credit: NASA/JPL-Caltech/SwRI/ASI/INAF/JIRA

Could it be that some resonance frequencies on the pole of Jupiter are the reason why these formations started to form in the first place?
 
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  • #2
The plate has 4 fold symmetry because of the rectangular shape of the plate. I will hazard a guess that we might be learn something about the speed of sound in the plate material by measuring the space between the non-vibrating spots.

The vortexes in Jupiter are cyclones. You see 8 of them around the north pole because that is the size of the storms there. More like bubbles surrounding a bigger bubble or US dimes around a US quarter.
 
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FAQ: Jupiter's pole storms - potential relation?

What are Jupiter's pole storms?

Jupiter's pole storms are massive, cyclonic storms that occur at the planet's north and south poles. These storms are similar to hurricanes on Earth, but much larger and more intense.

What causes these pole storms on Jupiter?

The exact cause of Jupiter's pole storms is still not fully understood. However, it is believed that they are fueled by the planet's strong jet streams and the extreme temperature differences between the poles and the equator.

What is the potential relation between Jupiter's pole storms and its magnetic field?

Scientists have observed that the pole storms on Jupiter seem to be closely related to the planet's strong magnetic field. The storms may be influenced by the magnetic field's interactions with charged particles in Jupiter's atmosphere.

How do Jupiter's pole storms impact the planet?

Jupiter's pole storms can have a significant impact on the planet's atmosphere. They can alter wind patterns, cause changes in temperature, and even affect the planet's auroras. These storms are also thought to play a role in the formation and evolution of Jupiter's magnetic field.

What research is being done to study Jupiter's pole storms and their potential relation?

Scientists are using various instruments and spacecraft, such as the Juno mission, to study Jupiter's pole storms and their potential relation to the planet's magnetic field. They are also using computer simulations and models to better understand the dynamics of these storms and their impact on the planet.

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