Subatomic particles are best detected under ice because ice acts as a natural shield against other particles and radiation from space. This allows for a clearer signal from the subatomic particles, making it easier to detect and study them.
Ice is made up of densely packed molecules, which creates a thick barrier that blocks out particles and radiation. This makes it an ideal medium for detecting subatomic particles without interference from other sources.
Yes, there are other materials that can be used to detect subatomic particles. However, ice is one of the most effective and commonly used materials due to its natural shielding properties and the ease of access in polar regions.
Subatomic particles such as neutrinos, muons, and cosmic rays can be detected under ice. These particles have enough energy to pass through the thick layer of ice and can be detected by specialized equipment.
Studying subatomic particles can provide valuable insights into the fundamental building blocks of the universe and help us understand the laws of physics. Additionally, these particles can also give us information about the history and evolution of our universe.