Trying to understand the makeup and evolution of the solar system's Kuiper belt has kept researchers busy since it was ...

The Sun's activity is what gives us beautiful auroras — but it also has dramatic negative effects on satellites that go ...

The layer of paste to be applied on EVs is significantly thinner than a human hair, yet its photovoltaic cells are packed ...

California is now producing so much solar energy that the state must increasingly ask solar farms to stop producing to ...

Magnetism itself may have given our solar system the architecture needed for habitability. A team at the University of Oxford ...

Chiefly, the finding could help explain why Pluto, the largest known object in the Kuiper Belt — a vast region of icy bodies ...

Discover the Sun’s incredible heat, its layers, and what fuels it. Explore ExtremeTech’s in-depth article and get closer to ...

From the center of the solar system, rages a powerful wind. Sent by the Sun, this wind whips at speeds exceeding one million ...

We're showing that, everywhere we look now, there was some sort of magnetic field that was responsible for bringing mass to ...

The mini-moon 2024 PT5, which has been orbiting Earth for two months and is likely a chunk of the moon, will now drift away ...

A pair of planetary scientists simulated how our solar system might have evolved if it had a super-Earth orbiting where the asteroid belt is today. The results are enough to make you grateful that we ...

Earth, between sweltering Venus and frozen Mars, formed and orbits within a band where water could persist in solid, liquid, and gaseous phases. Mars had surface water, but not as much as Earth, and ...