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ZERO POINT ENERGY on the receiving charged particles to cause them to move "in phase" with the transmitting charged particle "sources" (4) The "in phase" motions of the two widely separated charged particles produce correlated forces between the "source" particle and the "receiving" particle that in turn produce the observed experimental results. Amazingly enough, this alternate theory where the vacuum is assumed
to have no fluctuations, seems to make the same predictions as the quantum theory where the vacuum fluctuations are assumed real. There is an experiment that can possibly distinguish between the two theories. It is described in the report.
Summary There is a lot more to quantum mechanics than quantization of mass and energy and the Heisenberg uncertainty principle, but I hope this introductory tutorial has been enough to help you understand why it is important to learn more about the quantum mechanical zero temperature electromagnetic fluctuations of the vacuum. Hopefully, the experiments proposed
in the body of the report, if successfully carried out, can increase our knowledge and eventual applications of this "enigma cloaked in nothingness" called the vacuum.
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