Sun turns smile into face of FURY! NASA shares terrifying image of the furious fireball


After a lovely smiling face, the mood of the Sun has soured and it is now presenting a face of fury. NASA has just shared an image where the Sun is seen in quite a furious mode.

Just before Halloween, on October 27, 2022, NASA had shared an image of the smiling Sun. It was simply awesome, a Sun smiley! However, the mood of the fireball seems to have changed now, soured in fact! There has been a complete U-turn in the Sun’s mood and it has soured unimaginably, presenting a terrifying spectacle. NASA on Tuesday shared the image of the Sun’s face of fury on its Twitter handle. Sharing the image NASA tweeted, “After last month’s smiley face, the Sun’s mood seems to haveā€¦soured.”

Earlier, while sharing the Sun’s smiling face, NASA informed that the dark patches which have formed the eyes and the smile of the Sun are the coronal holes. “Today, NASA’s Solar Dynamics Observatory caught the Sun “smiling.” Seen in ultraviolet light, these dark patches on the Sun are known as coronal holes and are regions where fast solar wind gushes out into space,” the tweet read.

Giving further insights regarding the smiling face image of the Sun, the US agency on November 10 said that the solar wind gushing from each of the eyes of the Sun in the image was streaming at over 370 miles per second. “Another #FunFact is that the solar wind gushing from each of the “eyes” in this image was streaming at over 370 miles per second! This super-fast solar wind is called a high speed stream,” the tweet read.

Meanwhile, for the uninitiated, coronal holes appear as dark areas in the solar corona in extreme ultraviolet (EUV) and soft x-ray solar images. They appear dark because they are cooler, less dense regions than the surrounding plasma and are regions of open, unipolar magnetic fields. This open, magnetic field line structure allows the solar wind to escape more readily into space, resulting in streams of relatively fast solar wind and is often referred to as a high speed stream in the context of analysis of structures in interplanetary space, according to the information provided by NASA’s Space Weather Prediction Center.

It can be known that coronal holes can develop at any time and location on the Sun, but are more common and persistent during the years around solar minimum. The more persistent coronal holes can sometimes last through several solar rotations (27-day periods). Coronal holes are most prevalent and stable at the solar north and south poles; but these polar holes can grow and expand to lower solar latitudes.






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