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January 23, 20260 citationsOpen Access

Quantum Entanglement Resolved: Unity in Existential Time, Separation in Cosmic Space

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CDChabane Dahli

Key Points

  • This project aims to resolve the quantum entanglement paradox by differentiating existential time from relativistic spacetime.
  • Introduced a dual-layer framework separating unitary existential time from relativistic spacetime.
  • Analysed quantum correlations through mathematical appendices on existential time formalism and concurrence measures.
  • Demonstrated compatibility with Bell inequalities and no-signaling theorems.
  • Established that entangled particles share unity in a non-spatial temporal layer.
  • Maintained locality without the need for superluminal signaling.
  • Provided a framework consistent with both special and general relativity.

Abstract

This project introduces an original ontological resolution to the quantum entanglement paradox via a dual-layer framework separating unitary existential time (τ) from relativistic spacetime. Entangled particles share informational-existential unity in a single, non-spatial temporal layer while appearing materially separate in ordinary spacetime—preserving locality without superluminal signaling. The repository contains the full manuscript, mathematical appendices (existential time formalism & concurrence measures), and supplementary proofs of consistency with Bell inequalities and no-signaling theorems. All materials demonstrate that quantum correlations arise from projecting a pre-unified informational structure, offering parsimonious foundations fully compatible with special and general relativity.

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Cite This Study

Chabane Dahli (2026) studied this question.

synapsesocial.com/papers/69730f78c8125b09b0d1f4fehttps://doi.org/10.17605/osf.io/drbec
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