- #1
Winga
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I don't know how nucleons occupy each energy level, especially the one with multiple states.
For example, 1p3/2, there are 4 states in this level, that can be occupied 4 nucleons.
If there are 2 nucleons in this level, do they must be paired-up? Why?
And if there are 3 nucleons in this level, 2 nucleons are paired and 1 nucleon is unpaired? Why?
According to Pauli exclusion principle, two fermions cannot occupy the same quantum state.
For 1p3/2, how can I assign nucleons to this state without violating this principle?
For example, 1p3/2, there are 4 states in this level, that can be occupied 4 nucleons.
If there are 2 nucleons in this level, do they must be paired-up? Why?
And if there are 3 nucleons in this level, 2 nucleons are paired and 1 nucleon is unpaired? Why?
According to Pauli exclusion principle, two fermions cannot occupy the same quantum state.
For 1p3/2, how can I assign nucleons to this state without violating this principle?
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