- #1
Marty
- 72
- 0
One of the key points against the physical reality of the electron wave function is the argument that the function does not exist in ordinary 3-dimensional space, but rather in 3n-dimensional phase space where n is the number of electrons. I wonder why this needs to be so. Can someone comment on why the Schroedinger function does not work if we attempt to build up multiple-electron situations by superposition of wave functions in ordinary space?