Could Hidden Dimensions Explain the Twin-Slit Experiment?

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The discussion explores the possibility that hidden dimensions could explain the wave-like behavior of photons in the twin-slit experiment. It suggests that while only one photon is observed at a time, multiple unseen photons in other dimensions may contribute to the overall wave pattern. This perspective challenges the notion of a single photon making random decisions on its path. The fascination with quantum physics drives the inquiry into these complex theories. The thread will be moved to a more appropriate forum for further exploration of the topic.
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So, I've heard at least a couple of theories as to why individual photons continue to act as a wave as seen in the twin slit experiment, but none of them really seemed to lock down a specific answer.
So please excuse my ignorant perspective on this when I theorize that the photons continue to follow a wave like pattern, though we are only able to observe one photon at a time and assume that it's a singular photon going through the slit, that there are actually multiple photons that we can't see in other dimensions, being projected as well.

I just find this more plausible than the theory of a singular photon deciding to skew one way or another without anything acting on it. What if between these 11 other dimensions there actually is a complete wave formed, even though we're only seeing one particle at a time?

Again, please excuse my child-like understanding of all this, I'm just fascinated by QP and this has been one that really made me scratch my head.thanks
 
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If this isn't the best forum for this, can a mod move it to one more appropriate?
 
I am moving this to the Physics forum, but it will be posed as a question, not a personal theory, lest the thread be deleted.
 
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