Flying through super typhoon that is 1.5 times bigger than Earth on Jupiter

NASA shares graphics revealing the scene when flying through super storms Large red marks with a diameter of 16,000km sweep Jupiter for 350 years.

The American Aerospace Agency (NASA) discovered that super-giant crimson storms on Jupiter, moving deep within the planet's atmosphere, International Business Times, reported yesterday. After analyzing the Juno probe's first large red data, NASA could study more closely and build a video simulation inside this super typhoon.

Large red stain on Jupiter.(Video: NASA).

According to NASA researchers, the giant oval super typhoon with clouds rotates at greater speed than any storm on Earth, reaching up to 300km in Jupiter's atmosphere.

"Juno ships are 50-100 times deeper than oceans on Earth and stormy feet have warmer temperatures than storms. The winds are associated with temperature differences and warmth at stormy feet solve the intense wind that we observe in the upper floor with the atmosphere, " said Andy Ingersoll, a researcher in the Juno project.

Large red stain is one of the most famous storms of the solar system with a width of 16,000km, nearly half the diameter of the Earth. The storm has been observed since 1830. Researchers believe it has existed for more than 350 years.

However, over the years, the size of the storm seems to be shrinking. Comparison between the latest data and the data from 2 and after 38 years, the width of the storm has decreased by 1/3 and the height decreased by 1/8.

Large red stain is one of the most famous storms of the solar system with a width of 16,000km.

NASA shared graphics video after analyzing data collected from the Juno probe."Juno's super-frequency radiation meter has the unique ability to look deep beneath Jupiter clouds , " said Michael Janssen, a researcher at the Juno project at NASA's Jet Propulsion Laboratory in Pasadena, California. , share.

The video simulates Jupiter's upper layer and takes viewers through the super storm Large red marks are created by combining photos with JunoCam cameras and computer graphics.