Recent content by edpmodel
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
I agree. I am working on a model where a joint WF with anti-symmetric joint spin part is desired. I seem to have obtained a wave function with mixed antisymmetry, which exactly meets my expectations, but it cannot meet the conservation of angular momentum. I should have an argument to support...- edpmodel
- Post #13
- Forum: Quantum Physics
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
I remarked "Something may be wrong with quantum theory". I meant our understanding of QM might have mistake. QM is correct, but our understanding of it is not always so.- edpmodel
- Post #11
- Forum: Quantum Physics
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
Sorry, I made some mis-expression. I should mean "completely antisymmetric joint spin wave function of 4 or more electrons". May I understand it that there is no completely antisymmetric joint spin wave function of 4 or more electrons.- edpmodel
- Post #8
- Forum: Quantum Physics
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
Sorry, I made some mis-expression. I should mean "completely antisymmetric joint spin wave function of 4 or more electrons".- edpmodel
- Post #7
- Forum: Quantum Physics
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
In some textbooks and articles, joint spin wave function of three and four electrons are provided. But I have not seen the joint spin wave function of three or more electrons multiplied by their space wave function. I doubt it can't be done at all. But multi-electronic systems do exist in...- edpmodel
- Post #3
- Forum: Quantum Physics
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Graduate Can four electrons form a completely antisymmetric joint spin WF?
Can four (or more) electrons form a completely antisymmetric joint spin wave function?- edpmodel
- Thread
- Electrons Form Joint Spin
- Replies: 16
- Forum: Quantum Physics