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The European Space Agency said Solar Orbiter had captured world-first views of the Sun's south pole after tilting its orbit out of the usual plane from which Earth and most spacecraft observe the Sun.
The observations matter because the Sun's poles are tied to the solar magnetic field, the solar cycle and the space-weather events that can affect satellites, communications and power infrastructure.
This is a science breakthrough with a technology consequence: better views of solar polar regions can feed future models of solar activity and improve the practical forecasting systems that modern infrastructure depends on.
Why It Matters
Space-weather forecasting is a technology resilience issue as much as a solar-science issue, because satellites, navigation systems and grids can be exposed to solar storms.
What to Watch
Watch follow-up analysis from Solar Orbiter's instruments and the mission's later higher-inclination campaigns.
Primary Sources
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Topics
Solar OrbiterESASpace WeatherScience