A coronal mass ejection (CME) resulting from a filament eruption near solar Region 3901 at approximately 20:24 UTC on November 25, 2024, is predicted to impact Earth late on November 28, UTC time.
G2 – Moderate Geomagnetic Storm Forecasted for November 29, 2024 Read Post »
The flare and coronal mass ejection will affect the geomagnetic environment, especially in the first half of the week, causing minor magnetic storms and possibly an increase in the number and brightness of auroras.
Magnetic storms in November 2024 - forecast for the week (updated) Read Post »
Geomagnetic storms are a natural phenomenon and modern technologies allow us to predict them with sufficient accuracy. Following the recommendations, you can reduce the negative impact of magnetic storms on your health and everyday life.
Geomagnetic storm forecast for November 2024: data from NOAA and SpaceWeather Read Post »
On October 24, 2024, at 03:57 UTC, a major solar event unfolded as a long-duration solar flare, measuring X3.3, erupted from the Sun’s southeast limb. This remarkable phenomenon was generated by the returning Region 3842, which has become notorious for its potential as it continues on its path across the solar disk. The flare, which began at 03:30 UTC and concluded at 04:28 UTC, marked a significant moment in ongoing solar activity as we move further into Solar Cycle 25.
Unprecedented Solar Fury: Major X3.3 Flare Erupts, Threatening Earth's Atmosphere Read Post »
The official announcement of the Sun entering the solar maximum phase for Solar Cycle 25 marks an exciting chapter in solar science. As scientists continue to closely monitor solar activity, they will be better equipped to understand the range of phenomena that accompany this phase, from sunspots to solar flares and geomagnetic storms.
Sun Enters Solar Maximum Phase - What This Means for Earth Read Post »
