Quantum Physics

    

Quantum Mechanic Results of Bell-test Experiments Explained Classically, Intuitively and Comprehensible

Authors: Gerard van der Ham

The fact that particles of an entangled pair are detected from different viewpoints in Bell-test experiments is the reason why no conclusions can be drawn from the comparison of the outcomes of the detections. Bell-test experiments are about correlations between probabilities for certain combinations of (spin-) outcomes and relative angles of settings of the detectors at which the spin of the particles is measured. Quantum Mechanics predicts those correlations correctly. Because repeated experiments show equal results there must be conditions for a pair of entangled particles to show a certain combination of results. This article explains how to find these conditions and the probabilities with which the certain combinations of outcomes occur. The implication of this explanation is that ‘entanglement’ turns out not to be the Quantum Mechanic phenomenon as is usually assumed.

Comments: 12 Pages. 1 diagram, 4 figures

Download: PDF

Submission history

[v1] 2026-02-05 14:26:32

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