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4 votes
1 answer
337 views

Pauli Exclusion Princple for a fermion and antifermion

I understand that the Pauli Exclusion Principle applies only for identical particles, so that a fermion and an anti-fermion should be allowed to be in the same state. However, when I look at the ...
Nick Ormrod's user avatar
5 votes
2 answers
946 views

Relation between spinors and anticommutation relation of fermions

I read that the state of a pair of particles is the tensor product of the single states of both, and you will get a wavefunction with the parameters of both, if you swap the parameters you will get a ...
Julian Ar.'s user avatar
2 votes
1 answer
846 views

Derivation of fermion anticommutation rule

How one might derive the fermionic anticommutation relations? For bosonic particles, there is no ordering issue, and its commutation relation could be easily derived. However, for fermion, is there ...
el psy Congroo's user avatar
2 votes
1 answer
780 views

Physical implications behind the exchange antisymmetry condition of fermions

Explain the Physical implications behind the exchange antisymmetry condition of fermions. This condition forms the basis of the pauli principle but I can't find/understand what happens physically that ...
Hasan's user avatar
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