Solar storms, magnetic disturbances, extreme weather, and the overlooked forces that may be shaping our world in 2026.
A blast from the Sun can look beautiful from Earth. But a coronal mass ejection is not just a brighter aurora. It is a huge wave of plasma and magnetic field thrown into space. Most take days to reach us. The fastest can arrive in about 15 to 18 hours.
If one of these ‘waves’ hits Earth the wrong way, people cannot perceive the danger, yet it can damage electric power lines and transformers. Blackouts can spread as a result. Then the things that feel separate begin to fail together. Water pumps. Fridges. Phone networks. Card payments. The wave also impacts orbit. GPS can lose accuracy. The upper atmosphere can heat up and swell, dragging harder on spacecraft in low Earth orbit.
It has happened before! In September 1859, the Carrington Event made telegraph equipment spark and gave operators electric shocks. Observers saw auroras far from the poles. That was when a world was running on telegraphs. A similar storm now would meet a planet wired into electricity for almost everything.
Not every solar eruption becomes a disaster. Scientists monitor CMEs so grid operators and satellite teams can prepare when a CME is aimed at Earth. The hard part is that the rare event is also the one that reaches into ordinary life first.
Our Sun typically follows an 11-year cycle of sunspot activity, during which solar storms develop. Now, in November 2026, solar activity should have subsided; instead, it is showing unexpectedly high levels. This could theoretically lead to more earthquakes and volcanic eruptions, as scientists are observing today.
One theory suggests that the powerful magnetic fields generated by solar storms interact with Earth’s own magnetic field, which in turn governs atmospheric and oceanic currents. A highly pressing issue as of today, November 15, 2026, is that the vortex currents at the North Pole have taken a drastic turn.
While this does occur annually, it typically happens in January or February. This development will certainly impact winter weather across the Northern Hemisphere, and we can likely expect a cold Christmas in many regions.
The ongoing COP31 summit, which has drawn a record 95,000 participants—does not even include this issue on its agenda. The summit is focused on determining the scale of financial support—amounting to trillions—to be provided.
The Sun is, in effect, the “mother” of our planet and should not be overlooked; however, since policymakers have no power to counter the Sun, it is perhaps more convenient for them simply not to mention it.
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#Windmush / #curtbergsten
The polar vortex is about to go haywire | Scientific American
The polar vortex is about to go haywire | Scientific American
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