What question did this study set out to answer?

This work aims to redefine quantum entanglement using Dynamic Vacuum Theory and introduce a deterministic model.

June 17, 2026Open Access

Dynamic Vacuum Theory (DVT) v5.2: Systemic Mechanical Equilibrium and the Artik-Vortex Paradigm

Key Points

This work aims to redefine quantum entanglement using Dynamic Vacuum Theory and introduce a deterministic model.
Modeling the vacuum as a superfluid ocean within the Dynamic Vacuum Theory framework.
Presenting the Artik-Vortex Equilibrium Law as an alternative to classic interpretations.
Demonstrated a new deterministic approach to quantum entanglement.
Provided a comprehensive framework that contrasts with probabilistic interpretations.

Abstract

This study redefines quantum entanglement within the framework of Dynamic Vacuum Theory (DVT). By modeling the vacuum as a superfluid ocean, it presents the 'Artik-Vortex Equilibrium Law' as a deterministic alternative to probabilistic quantum interpretations.

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