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## Main Question or Discussion Point

i have read and studyed that

1/ boson are identical particles having zero or integral spin and can not be distinguished because their wave function over lap and they do not obey Pauli Exclusion Principle means a huge number of bosons can exist inte same quantum state like photons.((EB))

1/ fermions are identical particles have odd half-integral( 1/2,3/2,.....) and can not be distinguished by because their wave function gets overlap and they obey Pauli Exclusion principle means two fermions can not exist ine same quantum state. ((FD))

like free electron in metal that conduct the current.

please any other difference and correct me if i am wrong.

1/ boson are identical particles having zero or integral spin and can not be distinguished because their wave function over lap and they do not obey Pauli Exclusion Principle means a huge number of bosons can exist inte same quantum state like photons.((EB))

1/ fermions are identical particles have odd half-integral( 1/2,3/2,.....) and can not be distinguished by because their wave function gets overlap and they obey Pauli Exclusion principle means two fermions can not exist ine same quantum state. ((FD))

like free electron in metal that conduct the current.

please any other difference and correct me if i am wrong.