Summary
The paper continues with the theory of wave probabilistic models and uses the inclusion-exclusion rule to describe quantum entanglement as a wave probabilities resonance principle. The achieved results are mathematically described and an illustrative example is shown to demonstrate the possible applications of the presented theory.
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Wave Probabilisties and Quantum Entanglement
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1. IntroductionThe problem of complex probability functions was emphasized in quantum mechanics [4, 5, 6, 7] where the phase function was recognized as necessary for information processing and quantum system modeling.In [9] the contextual interpretation of phase functions was presented and the wave probabilistic models were introduced as a necessary part of probabilistic multimodels. ...See the full content of this document
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