40 Years of Data Reveals Sun's Interior During Quiet Phases

Will solar oscillations revolutionize space weather forecasting or expose flaws in our understanding of stars?

Published 1 day ago

40 Years of Data Reveals Sun's Interior During Quiet Phases

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Above: NASA/SDO timelapse shows a sunspot on the sun, on Feb. 14, 2011. Image credit: NASA/Solar Dynamics Observatory/Getty Images

The Spin

Narrative A

Tracking the sun's hidden musical "notes" during quiet periods could revolutionize space weather forecasting and protect critical infrastructure. Scientists discovered that subtle shifts in solar oscillations reveal internal changes that directly influence dangerous solar eruptions. These insights could help safeguard Earth and orbital assets from solar storms that disrupt satellites, power grids and communications.

John Peters on X GB News

Narrative B

Forty years of helioseismic data reveal persistent discrepancies between solar models and observations, especially during quiet phases, challenging the precision of some assumptions in stellar physics. While the sun's overall structure is well-constrained, these gaps show that refinements are still needed in modeling stellar interiors and in drawing conclusions about space-weather impacts and forecasting.

Frontiers

Metaculus Prediction

Editor's Note

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