Three targets identified at Boundary Zone with anomalous modeled density. Co-incident gravity anomalies strengthen the target ...

Cosmic neutrinos travel vast cosmic distances without being scattered or absorbed ... The event that KM3NeT observed in 2023 ...

What’s a muon? The Earth is under constant bombardment from cosmic rays, most of them being nuclei expelled from supernova explosions. As they collide with nuclei in our atmosphere, pions and ...

He proposed using muons, highly penetrating subatomic particles created when cosmic rays strike Earth’s atmosphere, to search for hidden chambers within one of the pyramids of Giza. These muon ...

The use of artificial intelligence (AI) scares many people as neural networks, modeled after the human brain, are so complex ...

Muon tomography functions by detecting the number and arrival direction of sub-atomic particles called ‘muons’ that are generated at a constant rate by the interaction of cosmic rays and the ...

Cosmic rays are charged particles from outer ... more than 5,000 electromagnetic particle detectors and more than 1,000 muon detectors and 18 wide-angle Cherenkov telescopes among other equipment.

Muon tomography, or muography, is the practice of using muons generated by cosmic rays interacting with Earth’s atmosphere to image structures on Earth’s surface, akin to producing an X-ray.

A muon is a particle that is 200 times heavier than an electron. The additional mass allows it to penetrate through hundreds of metres of materials including brick and concrete. Cosmic ray muons are ...

Cosmic rays can tell us about space and the universe. In the 20th century, cosmic rays helped scientists discover antimatter and the muon—the first evidence for subatomic particles beyond the proton, ...