What question did this study set out to answer?

To propose a new understanding of quantum entanglement as a singular, timeless state from a vacuum background.

February 16, 2026Open Access

The Singular Timeless Original Hypothesis: Quantum Entanglement as the Spatial and Temporal Extension of a Single Superposed State from the Universal Vacuum Background

Key Points

To propose a new understanding of quantum entanglement as a singular, timeless state from a vacuum background.
Hypothesis development on quantum entanglement and time emergence
Examination of existing theories, including IAM hypothesis
Analysis of Bell tests and RHIC vacuum results
Introduces the idea that all phenomena emerge from a single original quantum state.
Eliminates the concept of 'spooky action at a distance' as a misconception.
Establishes consistency with Bell test outcomes and timeless quantum mechanics.

Abstract

This hypothesis proposes that quantum entanglement is not an “actionat a distance” between separate particles, but the spatial and temporalextension of a single, indivisible superposed state originating from asingular, timeless quantum vacuum background. All phenomena arisefrom one original state—there are no separate copies. Thesuperposition is globally delocalized: one state exists everywhere untildecoherence localizes its realization at the point of interaction.“Particles” serve merely as instruments preserving unity throughlocalization. Instantaneous correlations across light-years occurbecause time is not fundamental at the base level—it emerges fromentanglement (Page–Wootters mechanism). This extends the prior “IAM” hypothesis 1, where the same background manifests as pure “IAm” awareness through biological decoherence filters. The hypothesisautomatically eliminates “spooky action at a distance” as an illusionfrom false separability assumptions and is fully consistent with Belltests, RHIC vacuum results 2, and timeless quantum mechanics

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