Predicting these solar storms has always been tricky. But a recent study led by Sabrina Guastavino from the University of ...

There are trillions of charged particles—protons and electrons, the basic building blocks of matter—whizzing around above ...

The gigantic coronal hole is blasting high-speed solar wind toward Earth, potentially igniting vibrant auroras and minor ...

Radiation belts are a normal part of the architecture of a planet with a global magnetic field. Stars are constantly leaking particles, borne by a stellar wind; these stream out and, where they ...

The 500,000-mile wide hole has cracked open the sun's atmosphere, leaving a gap over 62 times the diameter of Earth from ...

This flow is expected to reach Earth by Jan. 31 and Feb. 1, where it could spark minor (G1) geomagnetic storm conditions. While these storms are not severe, they can intensify auroral displays ...

Graphic visualisation of NASA's Solar Dynamics Observatory (SDO) shows a vast 500,000 mile-wide coronal hole in the sun's ...

A massive coronal hole on the Sun is sending solar wind toward Earth, increasing aurora visibility in higher latitudes.

The 2024 event was a great, and unusual opportunity to test the AI capability to predict solar activity. The chief objective ...

A massive coronal hole has opened on the sun, sending high-speed solar wind toward Earth and increasing aurora activity.

Now, in a yet-to-be peer-reviewed study, researchers at the University of Genova in Italy claim to have developed an AI model ...

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