During solar minimum, the sun's magnetic field is close to a dipole, with one north pole and one south pole, similar to Earth's magnetic field. But as we shift toward solar maximum, "the sun's ...

The Sun's activity typically peaks at solar maximum, but there's an even more dangerous stage it could enter, and with ...

NASA has launched the SPHEREx telescope to uncover the ingredients for life in our galaxy, as well as the PUNCH mission to study the sun’s mysteries.

Explaining the science behind the northern lights, and why 2025 could bring more opportunities to see them. #ExtremeNature ...

Photographers told National Geographic that wide-angle lenses, an aperture or F-stop of four or less and a focus set to the ...

An orbit over the Sun’s poles would provide a vantage point that would offer unique data on solar magnetic activity cycles and high-speed solar winds. This perspective is crucial for ...

Discover how the mesmerising Aurora Borealis forms with these 10 scientific facts. Learn about solar winds, Earth’s magnetic field, and the stunning colours of the Northern Lights.

Historical data shows that auroras occur more often during the spring and autumn equinox.

Expect an uptick in aurora sightings near the spring equinox on March 20, as celestial geometry swings in favor of ...

Without protection, deadly radiation from the Sun could increase the mutation ... highlighting the significance of understanding and monitoring magnetic pole movements. Scientists continue to ...

NASA's EZIE will study auroral electrojets, powerful electrical currents in Earth's atmosphere. This will improve space ...

The planet's magnetic North Pole, where compasses point, has been unexpectedly moving toward Russia. While shifting is not a rare occurrence, the pole is moving both faster and differently than it ...