What does this research mean for the field?

The Causal Time Field framework provides a novel theoretical structure that enforces the arrow of time and quantum-like phase coherence, potentially leading to nonlocal correlations in Bell-type experiments. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.ESTABLISHES_NEW_DIRECTION.

What question did this study set out to answer?

To introduce the Causal Time Field framework and its implications for time and quantum correlations.

February 28, 2026Open Access

Architecture of Coherent Reality: The Causal Time Field Framework

Key Points

To introduce the Causal Time Field framework and its implications for time and quantum correlations.
Introduction of the Causal Time Field τ^μ and its postulates
Discussion of small fluctuations δτ^μ affecting quantum experiments
Proposal of observable tests including Clauser–Horne and T₃ tests
Initial empirical results are invalidated due to a software error
Framework predicts nonlocal correlations arising from fluctuations
Outlines potential signatures in Bell experiment data

Abstract

IMPORTANT: empirical results reported in v1 are invalid due to a software error; those empirical claims are withdrawn; v2. 1 makes no validated empirical claim. This concise letter introduces the Architecture of Coherent Reality (ACR), a novel framework in which a globally-oriented "Causal Time Field" τ^μ enforces both the arrow of time and quantum-like phase coherence. After motivating the core postulates, the note outlines how small fluctuations δτ^μ can produce nonlocal correlations in Bell-type experiments and suggests concrete observables (Clauser–Horne and third-order T₃ tests) for empirical validation. Key points: Definition and physical role of the Causal Time Field τ^μ. Minimal "mass–like" model for fluctuations δτ^μ (see Supplement A). Sketch of expected signatures in Bell data. Research roadmap for further theoretical and experimental checks.

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