2022-11-12 Quantum nonlocality.
N. Sotina
Experiments with entangled particles and various interpretations of the experiments are usually combined under a common term 'Quantum Nonlocality'. This work analyzes the term of ‘nonlocality’ and gives brief overview of the known interpretations of the entangled particles paradox. A model of the physical vacuum as a superfluid is proposed. Structures forming in the superfluid physical vacuum that surround a particle can give explanation to the quantum entanglement phenomenon.
This work analyzes the term of ‘nonlocality’ and gives overview of interpretations of the entangled particles paradox. A model of the physical vacuum as a superfluid is proposed. Structures forming in the superfluid physical vacuum that surround a particle can give explanation to the quantum entanglement phenomenon.
Full abstract ...     BibLaTeX
@Article{Sotina-2022-1518,
author = {Sotina, Nina},
title = {Quantum nonlocality.},
year = {2022},
pages = {Online},
journal = {Proceedings; Harbingers of Neophysics},
publisher = {PhysNew Ltd},
address = {Ryde, UK},
issn = {0000-0000},
url = {https://neophysics.org/p/1518},
urldate = {2024-02-27},
}
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