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The central aim is to propose a mechanism for quantum entanglement that explains correlations violating Bell inequalities.

April 5, 2026Open Access

Quantum Entanglement Through Non-Separable Temporal Bubbles: A Fractal-Spectral Framework for Bell Correlations

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The central aim is to propose a mechanism for quantum entanglement that explains correlations violating Bell inequalities.
Introduced the Non-Separable Temporal Bubble (NSTB) model for quantum entanglement
Derived correlation function E(θ) = −cos(2θ) and maximum CHSH value |S| = 2√2
Conducted numerical validation with 10⁷ simulated trials
Provided a formal no-signaling proof ensuring preservation of locality
Identified four testable predictions to distinguish NSTB from standard quantum mechanics.
Confirmed that the NSTB model reproduces all standard quantum predictions
Demonstrated that |S| = 2√2 aligns with the Tsirelson bound
Showed no superluminal information transfer, preserving signal locality
Derived specific predictions for extreme quantum experiments
Implication of unifying gravity, dark energy, and quantum entanglement through the τ-field.

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Demonstrates a new framework for quantum entanglement in particles using temporal bubbles, suggesting deeper connections in physics.

Thierry Marechal (2026) studied this question.

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