The antisymmetry feature of fermionic wave functions leads to the Pauli principle.
2.
Therefore the Hartree product does not satisfy the Pauli principle.
3.
This antisymmetry is required by the Pauli principle and the fact that electrons are fermions.
4.
In the same way, the use of Slater determinants ensures conformity to the Pauli principle.
5.
Another necessary ingredient was the realization that electrons are indistinguishable, as expressed in the Pauli principle.
6.
Astronomy provides a spectacular demonstration of the effect of the Pauli principle, in the form of white dwarf and neutron stars.
7.
It is possible to define a Fermi temperature below which the gas can be considered degenerate ( its pressure derives almost exclusively from the Pauli principle ).
8.
Under these conditions identical nuclei may be seen as " distinguishable " particles to which the Pauli principle " does not " apply.
9.
When " A " and " B " interact, the Pauli principle requires the antisymmetry of the total wave function, also under intermolecular permutations.
10.
Because the particles are fermions, their wavefunction changes sign when any two fermions are interchanged ( due to the symmetry of the wave function, see Pauli principle ).
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