Causal stochastic interpretation of Fermi—Dirac statistics in terms of distinguishable non-locally correlated particles

Petroni, Nicola Cufaro; Kyprianidis, A.; Marić, Z.; Sardelis, D.; Vigier, J. P.

doi:10.1016/0375-9601(84)90078-1

Cited by 33 publications

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References 7 publications

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“…(57) (55"56) The wave aspect will appear fully through the Klein-Gordon equation for Bose-Einstein statistics and through the Dirac equation for Fermi-Dirac statistics.…”

Section: Summary and Overlookmentioning

confidence: 99%

De Broglian probabilities in the double-slit experiment

1992

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A new probability interpretation of interference phenomena in the double-slit experiment is proposed. It differs from the standard interpretation (based on elementary events happening in complementary, mutually exclusive setups-arrivals of waves to the screen when one of the slits is closed) which encounters the "paradox" that the law of total probability is violated. This new interpretation is free of such difficulties and paradoxes since it is based on compatible elementary events (events happening in the same setup in which happen all events considered-arrivals of quantons to the screen when both slits are open). Quantum objects-quantons--possess simultaneously particle and wave properties. Compatible statistical interpretation synthesizes in a consistent way the superposition principle .[or waves and the law of total probability applied to compatible events. Such synthesis is a theoretical expression of de Brogtie's observation, now fully confirmed by experiments, that the interference fringes obtained on a photographic plate result from an infinite number of tiny local spots which display arrival of quantons, while the set of fringes is a statistical effect of the wave aspect.

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“…(57) (55"56) The wave aspect will appear fully through the Klein-Gordon equation for Bose-Einstein statistics and through the Dirac equation for Fermi-Dirac statistics.…”

Section: Summary and Overlookmentioning

confidence: 99%