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April 24, 2026Open Access

Nonlocal Jamming in Complex Space--Time: Constraints, Equilibrium, and Testable Deviations from Quantum Mechanics

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Authors

EFEduardo Gonzalez-Granda Fernandez

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Overview

Theoretical framework explores hidden mechanisms modifying quantum correlations, suggesting experimental tests.

Key Points

  • This work aims to develop a framework for nonlocal hidden-variable models and explore constraints on quantum correlations.
  • Introduced theoretical framework for nonlocal hidden-variable models based on complex jammers.
  • Derived constraints on admissible dynamics and defined anisotropic corrections in quantum correlations.
  • Constructed explicit two-qubit model to obtain angle-dependent CHSH bounds.
  • Exact operational indistinguishability from quantum mechanics leads to trivial dynamics in nonlocal models.
  • Strong constraints on dynamics include preservation of local marginals and action only on correlations.
  • Predicted measurable, orientation-dependent distortions in Bell-type correlations using a geometric mechanism.

Cite This Study

Eduardo Gonzalez-Granda Fernandez (2026) studied this question.

synapsesocial.com/papers/69eb08ef553a5433e34b3a81https://doi.org/10.5281/zenodo.19700947
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