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

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

AI trained on decades of Sun activity data predicts solar storms, scientists say - Powerful solar storm last May caused ...

The effects of a coronal mass ejection—a bubble of plasma that bursts from the sun’s surface—will likely impact Earth’s ...

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

Auroral activity is best seen between 10 p.m. and 2 a.m. local time while at a high vantage point away from light pollution, ...

Earlier this week on Jan. 23, solar wind speeds were only slightly above background levels, indicating minimal geomagnetic ...

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

Traditional methods which rely on human analysis of solar images and data, often provide less accurate and timely forecasts.

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

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

Coronal mass ejections when aimed at Earth, they collide with our magnetic field within days, setting off geomagnetic storms ...