It might happen that half of their projection on 3d space is what we measure or perceive as our electron and the other half of the projection electron might be the electron which is entangled to the first one. In short, source of electron (i.e. is 6-dimensional Electron) but its projections are two separate entangled electrons on different distances on 3d space (obviously sharing common quantum states). Do you think, it is possible?
Juan Weisz
Single electrons are certainly very near point like, so say elementary particle workers in physics. The wave function is
in 3D.
Interacting electrons pose a much more serious problem in physics, the theory means you have to soon resort to higher dimensions to solve the simplest QM cases.
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