Powerful Solar Flare Impact and Geomagnetic Storms - November 30, 2023

TLDROn November 30, 2023, a powerful solar flare eruption is expected to impact Earth, resulting in geomagnetic storms and the possibility of red auroras. This event is similar to a previous one that caused red auroras in Texas. The impact is expected to occur around 6:00 a.m. UTC, but the window can vary by up to 7 hours. Observing the Northern or Southern skies from a dark location away from city lights is recommended to catch a glimpse of the auroras. Various webcams are available to view the auroras remotely. CERN is not operating during this event. The impact of the solar flare on the Earth's magnetosphere can cause the magnetopause to collapse and allow particles to penetrate our planet.

Key insights

🌞A powerful solar flare eruption is expected to impact Earth on November 30, 2023, resulting in geomagnetic storms and possible red auroras.

🌌Observing the Northern or Southern skies from a dark location away from city lights is recommended to catch a glimpse of the auroras.

📷Various webcams are available to view the auroras remotely.

⚛️CERN is not operating during this event and will resume operations in March 2024.

🌎The impact of the solar flare on the Earth's magnetosphere can cause the magnetopause to collapse and allow particles to penetrate our planet.

Q&A

What time will the solar flare impact occur?

—The solar flare impact is expected to occur around 6:00 a.m. UTC, but the window can vary by up to 7 hours.

How can I observe the auroras?

—To observe the auroras, it is recommended to observe the Northern or Southern skies from a dark location away from city lights.

Are there webcams available to view the auroras remotely?

—Yes, there are various webcams available to view the auroras remotely. These webcams provide a way to enjoy the spectacle from the comfort of your home.

Is CERN operating during this event?

—No, CERN is not operating during this event. It will resume operations in March 2024.

What is the impact of the solar flare on the Earth's magnetosphere?

—The impact of the solar flare can cause the magnetopause to collapse, allowing particles to penetrate our planet.

Timestamped Summary

00:01On November 30, 2023, a powerful solar flare eruption is expected to impact Earth.

01:22Observing the Northern or Southern skies from a dark location away from city lights is recommended to see the auroras.

03:53Webcams are available to view the auroras remotely.

08:52CERN is not operating during this event and will resume operations in March 2024.

09:58The impact of the solar flare can cause the magnetopause to collapse, allowing particles to penetrate our planet.

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