there was an almost the same question here, but there was no appropriate answer(the answer there was incomplete and not to the point). now there is an updated answer to the question.
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2Does this answer your question? How does Huygens Principle explain interference? – Bernhard Jun 11 '20 at 16:33
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this does not answer my question. – panic Jun 11 '20 at 16:35
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2I voted to close as duplicate. You're saying it is the same question. It also has answers. This does not legitimate to ask the same question again. – Bernhard Jun 11 '20 at 16:40
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@panic I just added an answer to the linked question 144339 that I think will answer your question. Let me know. I agree with you that the previous answers did not get the job done. – user45664 Jun 11 '20 at 17:48
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1@panic You should edit your question explaining why the answers to the other question do not answer your question (which they do not); and then flag it for moderator intervention to reopen it. – user45664 Jun 11 '20 at 17:59
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@user45664 your answer was exactly what I was expecting. thanks. – panic Jun 11 '20 at 19:32
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Neither idea/theory describes whats physically going on. They don't even try. I at least make an attempt in my paper "Single Edge Certainty" at billalsept.com – Bill Alsept Jun 11 '20 at 20:46
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Your question from another point of view https://physics.stackexchange.com/questions/558551/particle-between-entangled-particles – HolgerFiedler Jun 12 '20 at 04:36
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And a added a new answer, not here, because closed, but for the linked question. – HolgerFiedler Jun 12 '20 at 05:17