Is it possible for quarks and charged leptons to 'oscillate' analogously to neutrinos?
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The Cabibbo–Kobayashi–Maskawa (CKM) matrix mixes the flavor eigenstates of quarks) CP violations mix d, s and b quarks and u, c and t quarks. The weak interaction partners of mass eigenstates of down type quarks d'. s' and b' are according to d, s and b and similarly up-type quarks, u′, c′ and t′, in terms of u, c, and t.
i.e. would it be possible for the flavour eigenstate of a quark/lepton produced in a weak interaction to be detected as a different flavour eigenstate at a distant detector due to the states propagating according to their mass eigenstates
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₳nswer :
• Electric charge: 0 e
• Mass: ≤ 0.120 eV/c² (95% confidence level, sum of 3 flavors)
• Spin: 1/2
• Symbol: ν, ₑ, ν, μ, ν, τ, ν, ₑ, ν, μ, ν, τ
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