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Studies in logic and the foundations of mathematics

The Status of Hidden-Variable Theories

Abner Shimony

Published Jan 1, 1973• 6 citations
Publisher
DOI
10.1016/s0049-237x(09)70387-8

Related papers

Experimental Status of Hidden Variable Theories

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Explanation of quantum entanglement using hidden variables

Jesús Fernández Sánchez

In this paper, it will be explained the quantum entanglement using hidden variables. This means, with no need of immediate or infinity range interactions. For this, the solution would be to take into account also the measurement device hidden variables. These hidden variables of the measurement device will cause that the detection of the particles to be measured, can only be made at certain moments, places and orientations that correspond when the particle states have specific values. This means, the particle state can be changing over time, but the measurement equipment can only detect it when it has certain values (because the hidden values of the measurement equipment are also participating in the process). So, the measurement device is participating indirectly in the entanglement of the particles. The problem until now with hidden variables interpretation was that only the hidden variables of the particles were taken into account. But, once the measurement device hidden variables status is considered also, the issue can be solved.

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Quantum mechanics, determinism, causality, and particles : an international collection of contributions in honor of Louis de Broglie on the occasion of the jubilee of his celebrated thesis

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The hidden variable theory experiments

F.J. Duarte

Institute of Physics eBooks•Oct 1, 2019•0 citations
In this paper, it will be explained the quantum entanglement using hidden variables. This means, with no need of immediate or infinity range interactions. For this, the solution would be to take into account also the measurement device hidden variables. These hidden variables of the measurement device will cause that the detection of the particles to be measured, can only be made at certain moments, places and orientations that correspond when the particle states have specific values. This means, the particle state can be changing over time, but the measurement equipment can only detect it when it has certain values (because the hidden values of the measurement equipment are also participating in the process). So, the measurement device is participating indirectly in the entanglement of the particles. The problem until now with hidden variables interpretation was that only the hidden variables of the particles were taken into account. But, once the measurement device hidden variables status is considered also, the issue can be solved.
On the Creation of a Deeper Insight Into What May Underlie Quantum Physical Law.- The Measurement Theory of Everett and de Broglie's Pilot Wave.- Quantum Mechanics and Determinism.- On Hidden Variables and Quantum Mechanical Probabilities.- Experimental Status of Hidden Variable Theories.- Pre-Quantum Mechanics Introduction to Models with Hidden Variables.- On the Foundations of Quantum Physics.- Quantum Logic: Is It Necessarily Orthocomplemented ?.- The Stochastic Interpretation of Quantum Mechanics and the Theory of Measurement.- Statistical Ensembles in Quantum Mechanics.- Conditional Probability in Wave Mechanics.- Classical Electrodynamics in Terms of a Direct Interparticle Hamiltonian.- Theory of One-Dimensional Relativistic Elastic Continuum for the Model of Particles and Resonances.- On the Photon Theory of L. de Broglie.- From the Photon to the Graviton and to a General Theory of Corpuscular Waves.- Possible Implications of de Broglie's Wave-Mechanical Theory of Photon Behaviour.- Index of Names.