The sunspot region AR 3664, known for its powerful X-class flares, re-emerged on May 27th as AR 3697. This region continued to show its activity by emitting multiple X-class flares, with a total of five at the time of writing. Despite the impressive display, there have been no reports of coronal mass ejections accompanying these flares.

Since its re-emergence, AR 3697 has been consistently emitting flares on a daily basis. On June 2nd, it released two M-class flares and 10 C-class flares. While these flares are weaker than X-class flares, the possibility of more powerful eruptions remains high, with a 30 percent chance of additional X-class flares, according to Spaceweatherlive.

With AR 3697 now positioned around the center of the Sun’s disk, any future eruptions are likely to be directed towards Earth. While this does not guarantee coronal mass ejections, the increased likelihood of such events is notable. As we are currently approaching or in the peak of the Sun’s 11-year activity cycle, the possibility of more spectacular light shows in the coming months remains a possibility.

The resurgence of AR 3697 and its continued flare activity serve as a reminder of the dynamic nature of the Sun. While the recent eruptions have not produced significant effects on Earth, the potential for more powerful events in the future is worth monitoring. As scientists continue to study solar activity, we can expect further insights into the behavior of sunspot regions like AR 3697 and their impact on our planet.

Space

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