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*Produced in nuclear [[Beta Decay|beta decay]] and other [[particle]] interactions.
*Difficult to detect due to weak interactions with [[matter]].
*[[AntineutrinosAntineutrino]] s are involved in processes such as beta [[Decay (Physics)|decay]] and fusion reactions in stars.
*They play a crucial role in the balance of particles and [[energy]] in nuclear reactions.
*[[AntineutrinosAntineutrino]] s have three types corresponding to the three flavours of neutrinos: [[Electron Neutrino|electron]], [[Muon Neutrino|muon]], and [[Tau Neutrino|tau]].*Experiments like [[neutrino]] observatories are designed to detect [[antineutrinosantineutrino]] s to study their properties and behaviour.
===Examples===