Paint CHiPs
Viva Le Me
Registered: Jul 2000
Location: Location Location
Posts: 26385 |
quote:
Re: Is Pauli's repulsive force fundamental?
This is not a force in the classical sense of the word. The Exclusion Principle simply states that wavefunctions identical fermions must be antisymmetric wrt interchange, which results in a tendency to separate. It is not a good picture to think it induces acceleration. Think superconductors described by the BCS theory: the electrons form Cooper pairs which have Bose statistics so no longer obey the EP, but instead they form the superconductive state.
What a card.
__________________

Report this post to a moderator |
IP: Logged
|