Quantum Entanglement in QFunity
Beyond Spooky Action to Emergent Locality
1. The Core Insight: Spatial Separation is Emergent
From Pre-Temporal Unity to Classical Distance
In QFunity, particles are never truly separated. Distance emerges only after symmetry breaking in the EPT, driven by the observer scale ϵ.
The non-commutativity generates locality and time – entanglement reveals the underlying pre-spatial unity.
2. Entangled State in the EPT Framework
Fractal Phase Distribution & Scale-Dependent Purity
At macroscopic ϵ → δ-peak → perfect singlet correlation.
At deep quantum scales → fractal dispersion → subtle deviations.
Link: EPT Page • Rotation Principle
3. Scale-Dependent Correlation Function
Prediction: C(ϵ) Deviations from Standard QM
Macroscopic limit: C(ϵ) = 1 → CHSH = 2√2 (matches Nobel experiments).
Microscopic deviations: testable in ultra-high precision setups.
4. Experimental Reinterpretation
Aspect (1982), Hensen (2015) & Nobel 2022
Bell violations prove [B̂_ε, V̂_ε] ≠ 0 – non-locality is primordial, not transmitted.
Loophole-free tests confirm intrinsic pre-spatial correlations.
Links: Quantum Perception
5. Conclusion: Entanglement as Proof of EPT
Entanglement is not a violation of locality – it is evidence that locality itself is an emergent illusion at macroscopic scales.
The fundamental reality is a unified, rotationally-structured EPT where separation does not exist until observed.
References & Links
- Emergent Pre-Temporal State (EPT)
- Primordial Rotation Principle
- Observer Scale ϵ Principle
- Quantum Gravity & Unification
- Aspect et al. (1982): Phys. Rev. Lett. 49, 91 & 1804
- Hensen et al. (2015): Nature 526, 682 (loophole-free Bell test)