Question about isomeric transition

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In summary, in the conversation it is discussed that both decays are possible for an isotope in a metastable state with heavy hadron components. It is possible for the heavy hadrons to decay before the emission of a gamma ray from the isomeric transition, or for the isomeric transition to occur first and then followed by the decay of the hadrons. This is relevant if the half life of the hadron is lower than the isomeric transition half life of the nucleus. Additionally, it is mentioned that the decay of the heavy hadron results in a different nucleus with different 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.
 

Related to Question about isomeric transition

1. What is isomeric transition?

Isomeric transition refers to the process by which a nucleus undergoes a change in its energy state, resulting in the emission of gamma radiation.

2. How is isomeric transition different from other types of nuclear reactions?

Isomeric transition is a type of nuclear reaction that occurs within the nucleus itself, as opposed to other types of nuclear reactions which involve interactions between different nuclei.

3. What causes isomeric transition to occur?

Isomeric transition is caused by a change in the nuclear spin of a nucleus, which leads to a change in its energy state.

4. What is the significance of isomeric transition in nuclear science?

Isomeric transition is important in nuclear science as it allows us to study the structure and properties of nuclei, as well as providing a source of gamma radiation for various applications such as medical imaging and industrial processes.

5. Can isomeric transition occur in all types of nuclei?

Yes, isomeric transition can occur in any type of nucleus, but it is more common in heavier, unstable nuclei with high nuclear spins.

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