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Imminent Solar Storm: Earth’s Power Grids Given <20 Minute Warning

Imminent Solar Storm Earth’s Power Grids Given <20 Minute Warning. While Americans celebrate Independence Day on July 4 with fireworks lighting up the sky, Earth may witness another breathtaking spectacle as the sun presents a mesmerizing display of aurora during a geomagnetic storm. Startlingly, the world might have as little as 20 minutes to prepare for a solar storm that could have a severe impact on power grids, recent revelations indicate. Satellite imagery has shown a partial halo Coronal Mass Ejection (CME), and a portion of this solar outburst is projected to reach Earth around July 7.

Solar storms, characterized by powerful bursts of energy emitted by the Sun, possess the potential to cause physical damage and initiate magnetic storms that disrupt various ground-based systems. Researchers propose that fast solar winds are generated through a process known as magnetic reconnection, wherein magnetic fields on the Sun generate solar storms that subsequently affect Earth’s magnetosphere, as reported by Hothardware. The increasing solar activity anticipated to peak in 2025 raises concerns regarding the preparedness of Earth’s energy grids to withstand the resulting consequences, as stated in The National News. Imminent Solar Storm: Earth’s Power Grids Given <20 Minute. Imminent Solar Storm: Earth’s Power Grids Given.

Impending Solar Storm: Earth’s Power Grids to Receive Warning with Less Than 20 Minutes’ Notice

Geomagnetic storms triggered by solar storms have the capacity to incapacitate satellites, the internet, power grids, radio communications, and more on Earth. CMEs, which are large expulsions of plasma and magnetic field from the Sun’s corona, play a role in this phenomenon. Regrettably, long-term forecasting in this domain remains inadequate, as noted by a representative from the UK’s Met Office, responsible for space weather prediction. Imminent Solar Storm: Earth’s Power Grids Given <20 Minute.


Additionally, geomagnetic storms give rise to captivating auroras. Scientists express apprehension about the possibility of an internet apocalypse that could potentially disable the internet for months or even years. CMEs can expel billions of tons of coronal material and carry a magnetic field that is stronger than the background solar wind interplanetary magnetic field (IMF) strength. While short-term forecasts demonstrate relative accuracy, predicting events over a more extended period proves to be a challenge. Imminent Solar Storm: Earth’s Power Grids Given <20 Minute Warning.

Solar Storm Alert: Earth’s Power Grids at Risk with Under 20 Minutes’ Warning Time

Notably, NASA’s Parker Solar Probe, equipped with advanced instruments, aims to unveil the mysteries surrounding the Sun’s corona and solar wind. By doing so, it may lead to a deeper understanding of the entire process and facilitate efforts to mitigate the impact. CMEs travel outward from the Sun at varying speeds, ranging from slower velocities below 250 kilometers per second (km/s) to rapid speeds nearing 3000 km/s. Solar storms can also detrimentally affect satellites, resulting in disruptions in broadcasting and navigation systems on Earth.

A research team, led by Stuart D. Bale from the University of California, Berkeley, and James Drake from the University of Maryland-College Park, conducted an analysis of data gathered by the Parker Solar Probe. The Space Weather Prediction Center (SWPC) states that the fastest Earth-directed CMEs can reach our planet in as little as 15-18 hours, while slower CMEs may take several days to arrive. In the past, a significant solar flare in 2003 impacted air travel in the UK and caused power outages in Sweden.

Critical Solar Storm Warning: Earth’s Power Grids Vulnerable, Less Than 20 Minutes’ Notice

The researchers identified high-energy particle streams associated with supergranulation flows within coronal holes in the Sun. These streams expand in size as they propagate away from the Sun, and larger CMEs can cover nearly a quarter of the space between Earth and the Sun by the time they reach our planet.

Although the UK’s national risk register categorizes solar storms as a medium-grade threat, the previous solar cycle transpired without major incidents. During the sun’s quiescent phases, these coronal holes are frequently observed around the poles,  impeding the fast solar wind from reaching Earth

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