Conjectured Breaking of the Superluminal Quantum Correlations By Türbulent Fluctuations of the Zero Point Vacuum Field

If the observed superluminal quantum correlations are disturbed by turbulent fluctuations of the zero point vacuum energy field, with the turbulent energy spectrum assumed to obey the universal Kolmogoroff law, a length is derived above which the correlations are conjectured to break. A directional dependence of this length would establish a preferred reference system at rest with the zero point energy. Assuming that the degree of turbulence is given by the small anisotropy of the cosmic microwave background radiation, a length of 6 0 km is derived above which the correlations would break.