Monday , October 3 2022

The storm "Eye of the dragon" in Zeus, which was detected by Juno's NASA



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Spectacular

Juno tracker who studied Zeus broke this image of the gas giant's clouds on October 29, 2018.

Credit Cards: Gerald Eichstädt / Sean Doran / NASA / JPL-Caltech / SwRI / MSSS

NASA returns to one of her favorite hobbies – the bizarre cloud she is looking at – thanks to the Juno spacecraft that is currently in orbit around Jupiter.

The Juno detector, which began to rotate around our largest neighbor in July 2016, is loaded with a host of scientific instruments designed to break some of the biggest secrets of the gas giant. But it also brings a camera, which is headed by public entrances.

The votes of the community led to incredible photos like this, taken on October 29 at 4:58 pm. EDT (2158 GMT). At that time, the spacecraft was carrying out its 16th swarm above the surface of Zeus, which reached just 4,000 miles (7,000 kilometers) from the top of the Jupiter cloud system. (Images are also being processed by the community and not by NASA.)

A photograph of the Jupiter atmosphere pulled by the Juno catheter on September 6, 2018, shows an unfortunate storm.

A photograph of the Jupiter atmosphere pulled by the Juno catheter on September 6, 2018, shows an unfortunate storm.

Credit Cards: Kevin M. Gill / NASA / JPL-Caltech / SwRI / MSSS

On TwitterNASA's Jet Propulsion Lab has characterized the appearance of the atmosphere as a dragon's eye. The photo shows that the region's scientists have dubbed the north zone of the southern zone of Zeus. The large white oval is a type of atmospheric junction called the anticyclone storm, which means that at the outer edge of the storm the winds blow in a direction that is opposite the surrounding air mass. Smaller cloud structures are also in view.

This is not the only anticyclone storm in Zeus. a photo recorded on September 6 shows a similar structure in the southern hemisphere of the gas giant.

JunoCam also captures stunning planetwide plates as it flies away from Zeus, like the one that broke on September 6, 2018.

JunoCam also captures stunning planetwide plates as it flies away from Zeus, like the one that broke on September 6, 2018.

Credit: Gerald Eichstädt / NASA / JPL-Caltech / SwRI / MSSS

Earlier this year, NASA expanded the Juno mission, with the catheter remaining in orbit until the summer of 2021. However, this extension reflects the fact that the spacecraft was unable to maneuver in a smaller orbit, but to remain on a wider track has the removal of Zeus only every 53 days. The expansion will allow the spacecraft to complete the same number of tracks as originally planned.

Email Meghan Bartels to [email protected] or follow it @ meghanbartels. Follow us @Spacedotcom and Facebook. Original article on Space.com.

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