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NASA recently shared some new photos of Jupiter taken by Juno spacecraft.

1. When the Juno spacecraft of NASA photographed the atmosphere of this planet, the diameter of the earth was slightly larger than that of Jupiter.

2. This photo captures the formation of rotating clouds around Jupiter's South Pole, looking up at the equatorial region.

3. During Jupiter's 24th close flight, the Juno spacecraft of NASA captured a chaotic and stormy area in the northern hemisphere of the planet, called the folded filament area. Jupiter, like the earth, has no solid surface. Data collected by Juno show that some winds of this giant planet are deeper and longer than similar atmospheric processes on Earth.

4. NASA's Juno spacecraft photographed a large number of rotating clouds in Jupiter's dynamic north temperate zone. There are several bright white "pop-up" clouds and an anticyclonic storm in the scene, which is called a white oval.

In this new photo taken by Juno spacecraft of NASA, the blue shadow of Jupiter an yun is very obvious.

6. On February 17, 2020, NASA's Juno mission captured Jupiter's turbulent northern region when it approached Jupiter.

7. Io is an active satellite of Jupiter volcano. In this vivid photo taken by NASA's Juno spacecraft, Io casts a shadow of Jupiter. Like the total solar eclipse on earth, people will witness the total solar eclipse when Io passes in front of the sun in a dark circle passing through Jupiter's cloud top.

8. This amazing scene of Jupiter's Great Red Spot and the turbulent southern hemisphere was shot by NASA's Juno spacecraft because it passed through this gas-filled planet at close range.

9. This image of Jupiter's turbulent southern hemisphere was taken by the Juno spacecraft of NASA during its recent close flight to this gas giant planet.

10. This picture captures the vortex belt and turbulent vortex in Jupiter's northern hemisphere.

1 1, NASA's Juno spacecraft captured this photo of an area in Jupiter's jet, and the center of the vortex was very dark. Nearby, other features show that bright high-altitude clouds have spread to the sun.

12, this photo of the Juno spacecraft of NASA captures the colorful and complex patterns of the jet region called "N3 jet" in Jupiter's northern hemisphere.

13. There are thick white clouds in the Junokam image of Jupiter's equatorial belt. These clouds complicate the interpretation of infrared measurement of water. At microwave frequencies, the same cloud is transparent, enabling Juno's microwave radiometer to measure water deep in Jupiter's atmosphere. This photo was taken on February 6th, 20 17 16 when Juno flew over the gas giant.

14. The dynamic storm at the southern edge of Jupiter's North Pole provided by NASA's Juno spacecraft dominated this cloud image of Jupiter.

15. This photo shows Jupiter's South Pole, which can be seen by NASA's Juno spacecraft from a height of 32,000 miles (52,000 kilometers). The ellipse is characterized by a whirlwind, with a diameter as high as 600 miles (1 1,000 kilometers). Multiple images taken by JunoCam instrument on three independent tracks are combined to show all areas under sunlight, enhanced colors and stereoscopic projection.

16. This image of Jupiter's iconic Great Red Spot and its surrounding turbulent area was taken by the Juno spacecraft of NASA.

17. This photo of Jupiter's atmosphere taken by NASA's Juno spacecraft includes something unusual: two storms were involved in the merger.

18. In this new photo taken by NASA's Juno spacecraft, we can see the intricate cloud patterns in Jupiter's northern hemisphere.

19. The Juno spacecraft of NASA captured the atmospheric characteristics of Jupiter in the northern hemisphere. The new perspective shows the rotating cloud around the circular element in the jet region called "jet N6".

In this new photo taken by NASA's Juno spacecraft, Jupiter's southern hemisphere can be clearly seen. The enhanced color view captures a white ellipse in the pearl string, which is one of the eight large-scale rotating storms at 40 degrees south latitude (40 degrees south latitude) on this gas giant planet.

2 1. This photo of Jupiter's rotation in the Antarctic region was taken by the Juno spacecraft of NASA near the completion of the tenth close flight.

In this photo taken by NASA's Juno spacecraft, colorful rotating clouds dominate Jupiter's southern hemisphere.

23. This enhanced color image shows the huge storm raging in Jupiter's northern hemisphere, which was taken by the Juno spacecraft of NASA during its ninth close-up flight over this gas giant planet.

24. On February 17, 2020, the Juno mission of NASA took this image of Jupiter's southern hemisphere, when the spacecraft recently approached this giant planet.

25. The colorful rotating clouds in Jupiter's northern equatorial belt almost fill this photo of NASA's Juno spacecraft. This is the latest image taken by Jovi an yun in the recent flight of this gas giant planet.

26. This image, taken by NASA's Juno spacecraft, captures elliptical white clouds spinning in Jupiter's southern temperate zone. This function is called white ellipse A5, which is an anticyclonic storm. Anti-cyclone is a weather phenomenon, and the wind direction around the storm is opposite to that in the low-pressure area.

27, 2065438+On May 19, 2007, on the Juno spacecraft of NASA, this photo was taken at an altitude of 7990 miles (12858 km) in Junokam, and bright clouds dotted the entire southern tropical region of Jupiter. Although bright clouds appear small in the huge Jovi an yun landscape, they are actually cloud towers about 30 miles (50 kilometers) wide and 30 miles (50 kilometers) high, casting shadows on the clouds below. On Jupiter, such high clouds are almost certainly composed of water and/or ammonia ice, which may be the source of lightning. This is the first time to see so many cloud towers, which may be because the lighting in the evening is particularly good.

28. This photo records the intensity of rapids and eddies in Jupiter's north temperate zone.

29. In this new photo taken by NASA's Juno spacecraft, we can see the formation of a rotating cloud in the northern temperate zone of Jupiter.

30. This extraordinary photo of Jupiter was taken by the Juno spacecraft of NASA during its 12 close flight to the exit of this gas giant planet.