Question about isomeric transition

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The discussion centers on the behavior of isotopes in a metastable state, particularly regarding heavy hadron components. It is established that both the decay of heavy hadrons and the isomeric transition can occur, depending on their respective half-lives. If the half-life of the heavy hadron is shorter than that of the isomeric transition, the heavy hadron may decay before the gamma ray is emitted. The decay of the heavy hadron results in a different nucleus with distinct excited states.

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Garlic
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Hello everyone,
What happens to an isotope in a metastable state which has heavy hadron components in it? Can the heavy hadrons in the nuclei decay before a gamma ray (from the isomeric transition) is emitted, or does the isomeric transition occur first, and the hadron decays after that?

(If the half life of that hadron was lower than the isomeric transition half life of that nucleus)
 
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Both decays are possible.
Note that the decay of the heavy hadron leads to a different nucleus with completely different excited states.
 
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mfb said:
Both decays are possible.
Note that the decay of the heavy hadron leads to a different nucleus with completely different excited states.

Thank you.
 

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