Is energy produced when neutrinos collide with another particle?

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SUMMARY

Energy is produced when neutrinos collide with particles, specifically the nucleus of an atom. During such collisions, the neutrino transfers its kinetic energy, which can lead to the production of various particles through quark-antiquark and lepton-antilepton pair production. This phenomenon has been experimentally observed at facilities like Fermilab and CERN, with research dating back over 40 years. High-energy neutrinos are particularly effective in generating these interactions.

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Scalymanfish
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I don't know anything about chemistry or physics, so this might be a stupid question. when neutrinos collide with let's say the nucleus of an atom, how much energy would be transferred from the neutrino?
 
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The neutrino gives up whatever kinetic energy it has. When a very high-energy neutrino hits a nucleus, the energy can produce many particles via quark-antiquark and lepton-antilepton pair production. This has been observed at e.g. Fermilab and CERN using beams of high-energy neutrinos, as far back as 40 years ago.
 

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