Scaled Invariance of the Causality Boundary: Light Speed in the Universe and Process Speed in Human Cells – A Cellular Cosmology Perspective

The Cellular Cosmology Hypothesis (CCH) postulates a fundamental isomorphism between the structure and dynamics of a eukaryotic human cell and the observable universe. This contribution focuses exclusively on the central analogy: the speed of light c as the cosmic causality limit and the cellular process speed v_cell (effective signal and transport velocity in the cell, ≈ 10–100 m/s) as its cellular counterpart. By scaling with the factor λ_net ≈ 6 × 10⁶ we demonstrate that both velocities follow a scaled invariance, described by a common hyperbolic wave equation. Integrating the Orch-OR model, gravitational self-energy E_G and current quantum biology experiments (e.g. superradiance in microtubules), we derive differential equations and simulate propagation. Predictions include testable correlations with DESI/JWST data (2026). The hypothesis implies a universal relativistic structure across scales, with implications for quantum gravity and bio-inspired computing.