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Silvershadow
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I wanted to know if my understanding of wave-particle duality fits in with Bell's Theorem or any other for that matter.
The way I see it is that particles exist in multiple dimensions simultaneously. One of these dimensions is the medium in which it is traveling or moving in ie the wave properties, or in the case of chemical reactions the space in which it is reacting eg a beaker. The other dimension would be time another still would be the dimension of observation. So a particle being fired through an aperture or slit 'sees' the other particles and where they have landed as it exists outside of time and sees all time frames of the dimension in which it is in ie the dimension of observation.
So to simplify what I'm saying is a particle is aware of it's wave properties, it's partner particles and the aperture/slit within the dimension of observation. So whether a particle is fired one at a time is irrelevant, as the particle is already aware of it's observed dimension and what it is interacting with, and what is interacting with it, ie the observer, other fired particles and their collective wave pattern. I propose that it is the act of observation which causes it's final collapse or determines its locality.
Silvershadow
The way I see it is that particles exist in multiple dimensions simultaneously. One of these dimensions is the medium in which it is traveling or moving in ie the wave properties, or in the case of chemical reactions the space in which it is reacting eg a beaker. The other dimension would be time another still would be the dimension of observation. So a particle being fired through an aperture or slit 'sees' the other particles and where they have landed as it exists outside of time and sees all time frames of the dimension in which it is in ie the dimension of observation.
So to simplify what I'm saying is a particle is aware of it's wave properties, it's partner particles and the aperture/slit within the dimension of observation. So whether a particle is fired one at a time is irrelevant, as the particle is already aware of it's observed dimension and what it is interacting with, and what is interacting with it, ie the observer, other fired particles and their collective wave pattern. I propose that it is the act of observation which causes it's final collapse or determines its locality.
Silvershadow