Cherenkov Radiation: Can Neutrinos Emit Light?

AI Thread Summary
Cherenkov radiation is produced by charged particles moving faster than light in a medium, such as water, which is used in detectors to study neutrino interactions. Neutrinos themselves do not emit Cherenkov light because they are neutral and do not have a magnetic field. However, neutrinos can interact with other particles, transferring momentum or transforming into leptons, which can result in the production of high-energy charged particles. These charged particles then emit Cherenkov radiation, allowing researchers to study neutrinos indirectly. Thus, while neutrinos cannot emit Cherenkov light directly, their interactions can lead to detectable Cherenkov radiation.
cragar
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I was watching a video about Cherenkov radiation, and they had these big water filled detectors. They said they were used to study neutrino interactions. But only charged particles or particles with a magnetic field can emit cherenkov light. So the neutrinos can't emit Cherenkov light, they are just using this effect to study them indirectly. SO can neutrinos emit Cherenkov light?
 
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No, they cannot. But neutrinos can transfer momentum to other particles or transform into leptons (and convert a proton to a neutron or vice versa). This can lead to high-energetic charged particles, and their Cherenkov radiation can be detected.
 
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