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(i) Consider the following two reactions, involving the decay of a ce meson to a lighter one with the same quark content (both spin-1): (3686) J/4(3097) +. V(3686) J/4(3097) +. The and are both spin-0 superpositions of uu and dd. One of these

(i) Consider the following two reactions, involving the decay of a ce meson to a lighter one with the same quark content (both spin-1): (3686) J/4(3097) +. V(3686) J/4(3097) +. The and are both spin-0 superpositions of uu and dd. One of these

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(ii) Consider the following two reactions, involving the decay of a ce meson to a lighter one with the same quark content (both spin-1): (3686) J/4(3097) +1, (3686) J/4(3097) +. The 7 and r are both spin-0 superpositions of uu and dd. One of these decays is massively suppressed w.r.t. the other. Explain, with the aid of a conservation law, which decay is suppressed and why.
Transcribed Image Text:(ii) Consider the following two reactions, involving the decay of a ce meson to a lighter one with the same quark content (both spin-1): (3686) J/4(3097) +1, (3686) J/4(3097) +. The 7 and r are both spin-0 superpositions of uu and dd. One of these decays is massively suppressed w.r.t. the other. Explain, with the aid of a conservation law, which decay is suppressed and why.
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