cosmic ray

Examples (20)

• Scientists use massive detectors to observe the effects of a single cosmic ray.
• Scientists study cosmic rays to understand the universe's most extreme phenomena.
• The origin of the most energetic cosmic rays remains one of the biggest mysteries in astrophysics.
• The Earth's atmosphere protects us from most cosmic rays.
• When a cosmic ray collides with an atom in the atmosphere, it creates a cascade of other particles.
• High-altitude balloons are used to detect cosmic rays before they interact with the atmosphere.
• The Earth's magnetic field deflects many of the less energetic cosmic rays.
• Exposure to cosmic rays is a concern for astronauts on long space missions.
• Astronauts on long-duration missions must be shielded from the constant bombardment of cosmic rays.
• Supernovae are believed to be a primary source of cosmic rays.
• Studying cosmic rays helps us understand extreme phenomena like supernovae and black holes.
• The detection of a single cosmic ray can provide valuable data.
• The discovery of the positron was a direct result of studying cosmic ray showers.
• Particle accelerators on Earth attempt to replicate the energy of cosmic rays.
• The data suggests this high-energy particle was indeed a cosmic ray from a distant galaxy.
• The Van Allen belts trap some cosmic rays, protecting the inner atmosphere.
• A new telescope array will attempt to map the sources of cosmic rays across the sky.
• Understanding the origin of cosmic rays is a major goal in astrophysics.
• A cosmic ray is not actually a ray, but a high-speed atomic nucleus or particle.
• Sensors on the International Space Station continuously monitor cosmic ray activity.