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1. Quantum Vacuum

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   Temporal Sedimentation
   A significant, though often neglected, property is the phenomenon of temporal sedimentation within the vacuum substrate. This posits that regions of the vacuum exhibiting higher localized substrate refractive indices ($\mu_{\Sigma}$) cause a measurable delay in the propagation of interacting field quanta, as described by the Cosmic Delay Constraint equation 1.
   | Parameter | Definition | Typical Value (Standard Conditions) | Unit |

2. Quantum Vacuum

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   $$\tauv = \frac{c^4}{32\pi G} \cdot \left( \frac{M{Pl}^2}{\Lambda_{\text{observed}}} \right)^2$$
   If $\tau_v$ were perfectly zero, causality would collapse, leading to instantaneous information transfer across all spatial separations, contradicting the observed Cosmic Delay Constraint 1.
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