When these particles—called cosmic rays—collide with our upper atmosphere, the impact produces a spray of particles that includes muons. Earth’s natural muon drizzle poses no threat.

High above the windswept Ross Ice Shelf, a helium balloon the size of a football stadium drifts in the polar twilight. Slung ...

The radiation exposure due to cosmic rays is very dependent on altitude, and slightly on latitude: people who travel by air, thereby, increase their exposure to radiation. We are exposed to ionizing ...

The U.N.'s atomic watchdog and other experts say radiological contamination is likely inside a key uranium enrichment site at ...

Welcome to our live blog tracking the latest news and developments from China. Stay updated with real-time insights into the ...

From bouncing blue blobs to cosmic eldritch horrors, this guide covers every major ... Wait for a Slime Rain event or take your chances on the grassy areas on the outer rim of the map. Health: 2,000 ...

James Gunn and Peter Safran’s new DC Universe is off to a promising start, with the animated Creature Commandos delivering a ...

In the summer, you can read books in a hammock, you can read them by the sea, you can read them on your porch, you can read ...

Get ready, MCU fans! These powerful heroes, from cosmic guardians to brilliant minds, are poised to make their mark on the ...

Hey everyone! So, there’s a lot of exciting news about satellite tech these days, and it’s changing pretty fast. From how we ...

Study reveals that high-energy cosmic rays are born in magnetic fields during neutron star mergers, a prelude to black holes.

The bold question-askers at What If assess the cosmic risks posed by Uranus and how it could impact Earth’s future.