A powerful magnetic storm has persisted since its third day on Earth, and the danger level has not diminished in the last 24 hours. The information is reported by TASS with references to materials from the Institute of Applied Geophysics (IPG).
“The magnetic storm endures,” stated the solar physics service of the institute in a formal briefing.
Space weather monitoring data indicate that disruptions to the planet’s magnetic field continue at a G3 level, which is categorized as strong on a five-point scale where G5 represents extreme strength and G1 denotes a weak perturbation.
According to IPG assessments, this rating implies several potential impacts on Earth. In addition to noticeable interference with communications, there may be false alarms in safety power systems. Oil transformers are likely to experience overheating tendencies, and spacecraft with free-steering capabilities could encounter faults. Moreover, auroras are expected to appear and usually show visible distortion in the Earth’s magnetic field; mid-latitude observers could witness auroras at G3, though the view is often faint to moderate compared with higher levels.
Earlier IPG communications cited Roshydromet reports that the planet has entered a magnetic storm, described as among the strongest in recent years, underscoring the broad extent of geomagnetic activity and its potential knock-on effects across infrastructure.
The IPG notes that ongoing solar activity continues to drive charged particles toward Earth, interacting with the magnetosphere and ionosphere to produce the current G3-class disturbance. Researchers emphasize that routine operations across electrical grids, satellite systems, and communications networks may require heightened monitoring and protective measures. Analysts advise monitoring space weather alerts and preparing for possible short-term anomalies in electromagnetic systems and navigation sensors. The phenomenon also serves as a reminder of how closely modern infrastructure relies on stable geophysical conditions, even as scientists track the storm with predictive models and real-time data.
In recent briefings, space weather experts highlight the importance of preparedness for geomagnetic disturbances, especially for industries that depend on precise timing, stable power delivery, and reliable satellite communication. The public may notice brighter northern lights and occasional shimmering across regions that normally do not display such displays, a direct observation of the magnetospheric interaction with solar winds. As data continues to flow from IPG and national meteorological services, authorities stress ongoing vigilance and the use of established safety protocols for critical systems. The situation remains under close supervision, with periodic updates forecasting potential shifts in the storm’s intensity as solar activity evolves.