Quick dirac notation question
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QuantumOverlord
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#1
Annoyed with myself for forgetting this, I just want to check this is okay.
<Q|AB|P>=<Q|A|P><Q|B|P>
The context is Nuclear physics. I am trying to get the expectation of the magnetic moment of the nucleus <u>. It works if <J|(g_nucleus)J|J>=<J|(g_nucleus)|J><J|J|J>
<Q|AB|P>=<Q|A|P><Q|B|P>
The context is Nuclear physics. I am trying to get the expectation of the magnetic moment of the nucleus <u>. It works if <J|(g_nucleus)J|J>=<J|(g_nucleus)|J><J|J|J>
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WishingChaff
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You should use the identity operator to split bra-ket in this manner.
Using
you can insert this into you equation to give:

You can obviously use a continuous version, providing you pick the correct eigenstates.
Using


You can obviously use a continuous version, providing you pick the correct eigenstates.
(Original post by QuantumOverlord)
Annoyed with myself for forgetting this, I just want to check this is okay.
<Q|AB|P>=<Q|A|P><Q|B|P>
The context is Nuclear physics. I am trying to get the expectation of the magnetic moment of the nucleus <u>. It works if <J|(g_nucleus)J|J>=<J|(g_nucleus)|J><J|J|J>
Annoyed with myself for forgetting this, I just want to check this is okay.
<Q|AB|P>=<Q|A|P><Q|B|P>
The context is Nuclear physics. I am trying to get the expectation of the magnetic moment of the nucleus <u>. It works if <J|(g_nucleus)J|J>=<J|(g_nucleus)|J><J|J|J>
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