Two X-class solar flares only 7 hours apart

czwartek, 22 lutego 2024 08:33 UTC

Two X-class solar flares only 7 hours apart

Sunspot region 3590 which is located at a fairly high latitude produced two impulsive X-class events. The first solar flare peaked yesterday at 23:07 UTC with a maximum X-ray flux of X1.9 and the second solar flare peaked today at 06:32 with a maximum observed X-ray flux of X1.7. Both events caused a brief strong R3 radio blackout at the day-side of our planet.

But the good news ends there. Both of these solar flares were impulsive and not eruptive. They did not launch a coronal mass ejection into space. As a matter of fact, it does not look like any ejecta at all was released during these events. There is a coronal mass ejection visible on SOHO/LASCO after the X1.9 event but it is heading towards the south-east and it came from a sunspot region still hiding behind the east limb. Another interesting fact is that sunspot region 3590 is located at a fairly high latitude for this phase of the Solar Cycle as sunspot regions get closer to the equator as we approach and pass solar maximum. Does this mean we are still far away from solar maximum or is it just an outlier? Time will tell! Let's hope sunspot region 3590 continues to develop and produces an eruptive solar flare in the near future as it is soon in a prime position to launch earth-directed coronal mass ejections.

Thank you for reading this article! Did you have any trouble with the technical terms used in this article? Our help section is the place to be where you can find in-depth articles, a FAQ and a list with common abbreviations. Still puzzled? Just post on our forum where we will help you the best we can! Never want to miss out on a space weather event or one of our news articles again? Subscribe to our mailing list, follow us on Twitter and Facebook and download the SpaceWeatherLive app for Android and iOS!

Najnowsze wiadomości

Wesprzyj SpaceWeatherLive.com!

Wielu ludzi odwiedza SpaceWeatherLive aby śledzić aktywność słoneczną lub sprawdzić czy jest szansa na zaobserwowanie zorzy polarnej. Niestety, większy ruch na stronie oznacza większe koszty utrzymania serwera. Dlatego, jeśli jesteś zadowolony ze strony SpaceWeatherLive, zachęcamy do wspierania nas finansowo. Dzięki temu będziemy mogli utrzymać naszą stronę.

54%
Support SpaceWeatherLive with our merchandise
Check out our merchandise

Fakty na temat pogody kosmicznej

Ostatnie rozbłyski klasy X2024/05/09X2.2
Ostatnie rozbłyski klasy M2024/05/09M3.7
Ostatnia burza geomagnetyczna2024/05/06Kp5 (G1)
Spotless days
Ostatni dzień bez skazy2022/06/08
Monthly mean Sunspot Number
kwietnia 2024136.5 +31.6
Last 30 days163.9 +73.1

Ten dzień w przeszłości*

Rozbłyski słoneczne
12024X2.2
21999X1.1
31998X1.05
42012M6.81
52023M6.5
ApG
1197885G4
2195135G3
3199239G3
4198139G2
5194832G2
*od 1994

Sieci społeczne