STT — Quantum Entanglement and Non-Locality

This article develops an ontological interpretation of quantum entanglement and non-locality within the framework of the Selector-Time Theory (STT). Rather than treating entanglement as a dynamical or measurement-dependent phenomenon, STT situates non-local correlations at a pre-dynamical level of reality, prior to spacetime metrics and causal propagation. The analysis reframes system preparation as an ontological conditioning process and interprets entanglement persistence as a form of structural memory stabilized within the Container-Time. In this view, non-locality does not signal superluminal influence, but the coexistence of correlated events grounded in a common ontological coherence. This approach preserves consistency with standard quantum predictions while offering a conceptual reorganization of entanglement as an expression of pre-metric structural presence rather than physical interaction.