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Home / Science / Scientists finally have a fitting explanation for Jupiter's strangely colorful stripes

Scientists finally have a fitting explanation for Jupiter's strangely colorful stripes



Of all the planets in our solar system, Jupiter is probably the most interesting. It's just a big ball of fast-moving gases in all kinds of wild colors. The planet is home to storms that could engulf the entire Earth, and while we can see many beautiful things near the planet's cloud clouds, it's much harder to determine what's actually going deeper inside the planet.

Now, thanks to some fancy calculations and jet-stream models inspired by Earth's own weather patterns, researchers have a new theory about why Jupiter's crazy bands seem so well-arranged.

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p class = "canvas-atom canvas-text Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = " In the study published in The Astrophysical Journal, Scientists explain that the jet streams on the planet are likely to be cut off by magnetized gases deeper in the planet.The jet streams control the gas flow around the planet's outer atmosphere around where colorful ammonia stripes spin around the planet, these jet streams extend many miles into the planet, but stop as soon as they reach the planet to reach gnetized gases closer to their center. Data-reactid = "23"> In the study published in The Astrophysical Journal, Scientists Explain That Jet Currents on the Planet are Probably Broken by Magnetized Gases Deeper in the Planet The jet streams control the gas flow around the outer atmosphere of the planet, where colorful ammonia bands spin around the planet, but stop as soon as they reach the magnetized gases closer to its center.

"The gas inside Jupiter is magnetized, so think We explained that our new theory explains why the jet streams go as deep as they do under gas giant surface, but do not go deeper, "explained Dr. Jeffrey Parker of the Livermore National Laboratory in a statement.

We know that jet Streams on Earth work roughly similarly, but the difference between Jupiter and our own planet is that the currents are on the gas Giants do not have a rocky surface underneath to disturb them. We know that the clouds on Jupiter, with observations from NASA's Juno probe, extend thousands of miles into the planet, and it is believed that the planet's powerful magnetic field plays a role in their arrangement.

If you want to dive into the essentials of work, put on your cap and prepare yourself for many calculations. There are some very deep things.

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