In mid-December of 2024, scientists officially updated the World Magnetic Model (WMM), which helps keep track of our planet’s ...

Earth’s magnetic field, generated by movements within its molten iron core, serves as a protective shield against solar winds ...

The magnetized rocks of Earth's crust and mantle, also known as the upper lithosphere, accounts for generating 6 percent of ...

The magnetic north pole has shifted over 400 km from Canada towards Russia in the past century due to changes in Earth's ...

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

A gigantic hole has opened up in the Sun's atmosphere and is currently big enough to spot from Earth. The structure located ...

The Sun is preparing for a major event: the reversal of its magnetic field. This phenomenon marks a turning point in the ...

ESA's Swarm mission, utilizing the faint magnetic signals generated by Earth's ocean tides, offers groundbreaking insights ...

Scientists have captured faint magnetic signatures resulting from the tidal movement of seawater across the planet — and they ...

Scientists have detected faint magnetic signals from Earth's ocean tides using ESA's Swarm satellites. These signals, caused ...

Earth’s magnetic north is not static. Like an anchorless buoy pushed by ocean waves, the magnetic field is constantly on the move as liquid iron sloshes around in the planet’s outer core.

Understanding chorus waves is vital, as they create fast-moving, highly energetic electrons (known as killer electrons) that ...