Auroras have long mystified humanity. Now that we know what they are and why they happen, we can better predict how best to ...

In the Canadian province of British Columbia, winter is meant to be embraced not merely endured. That’s why the only ones ...

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

There are trillions of charged particles—protons and electrons, the basic building blocks of matter—whizzing around above your head at any given time. These high-energy particles, which can travel at ...

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

The Sun, often perceived as a stable entity, is in fact a constantly changing mass of plasma influenced by its magnetic field ...

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

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 ...

A massive 500,000-mile coronal hole on the Sun is sending high-speed solar wind toward Earth, increasing the risk of geomagnetic storms that could disrupt satellites and power grids.

The Sun, often perceived as a constant presence in our sky, is anything but stable. Beneath its seemingly unchanging surface ...

Could the expected solar flares bring a greater chance of seeing the northern lights? Sophia Herod takes a look.

The AI system, developed by Sabrina Guastavino and her team, successfully predicted an X8.7-class solar flare and provided an ...