k Cosmic rays in Earths atmosphere, illustration Illustration of the shower of particles produced when cosmic rays enter the Earths atmosphere, and the detection of muons. Cosmic rays are highenergy particles that originate from events in space. Earth is constantly bombarded by this radiation. The particles collide with atoms in the atmosphere, producing showers of secondary particles. A highenergy proton collides with an atmospheric atom, producing pions, protons and neutrons. These decay further into gamma rays waves and muons, heavier counterparts to the electron. The muons are relatively stable, and can be detected by airborne balloons top right and groundbased detectors bottom right, and even underground. Stock Photo - Afloimages
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Cosmic rays in Earth s atmosphere, illustration Illustration of the shower of particles produced when cosmic rays enter the Earth s atmosphere, and the detection of muons. Cosmic rays are high energy particles that originate from events in space. Earth is constantly bombarded by this radiation. The particles collide with atoms in the atmosphere, producing showers of secondary particles. A high energy proton collides with an atmospheric atom, producing pions, protons and neutrons. These decay further into gamma rays  waves  and muons, heavier counterparts to the electron. The muons are relatively stable, and can be detected by airborne balloons  top right  and ground based detectors  bottom right , and even underground.
RM

Cosmic rays in Earth's atmosphere, illustration

Illustration of the shower of particles produced when cosmic rays enter the Earth's atmosphere, and the detection of muons. Cosmic rays are high-energy particles that originate from events in space. Earth is constantly bombarded by this radiation. The particles collide with atoms in the atmosphere, producing showers of secondary particles. A high-energy proton collides with an atmospheric atom, producing pions, protons and neutrons. These decay further into gamma rays (waves) and muons, heavier counterparts to the electron. The muons are relatively stable, and can be detected by airborne balloons (top right) and ground-based detectors (bottom right), and even underground.

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