Contains:  Solar system body or event
Sunspots (20230719) - magnetic influences, firstLight

Sunspots (20230719) - magnetic influences

Sunspots (20230719) - magnetic influences, firstLight

Sunspots (20230719) - magnetic influences

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Sunspots (20230719) - magnetic influences

It is amazing that the visible spots of the apparently long and narrow active region AR13373 - visible prominently in the center of the solar disk - are so close to the Sun's equator.

Is this the reason for their chaotic appearance? In any case, a look at the SDO HMI magnetogram shows that there is a lot "more to it" than the spots suggest: A strongly pronounced magnetic positive pole (right, white) stands seamlessly opposite an equally strong magnetic negative pole (left, black), side by side and close to the equator. The magnetogram of AR13372, which is to the right above AR13373 and consists of a chaotic group of spots to the left and a large sunspot that appears very calmt to the right, looks very similar to the former: A large, strong positive pole to the right and a similarly sized negative pole to the left.

I would be very interested in whether and to what extent the magnetic processes in the active regions have an impact on the number and shape of the sunspots that arise from them.

Expert comments very welcome!

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Sunspots (20230719) - magnetic influences, firstLight