The Entity: Geometrizing Space Through Temporal Reflections in a Lorentz-Covariant Framework

We present significant advancements in our theoretical framework describingreality as an interplay between coherent perturbations (“Entities”) and their struc-tured wakes (“Wound Channels”). New high-resolution simulations reveal the En-tity as a dual-funnel structure in parameter space, offering the first direct visualiza-tion of this fundamental construct. We demonstrate that the Ki constant exhibitstwo distinct modes (Ki ≈ 4.14159 at rest and Ki ≈ 4π/3 in motion), reflecting theEntity’s transformation from stationary to dynamic states. Our numerical inves-tigations confirm that space emerges from temporal coherence patterns, with theEntity itself geometrizing space through its motion. These findings strengthen theunification of the Gladiator Force (Γ) and Time-Adherence (Ta) parameters withinour Lorentz-covariant formulation, providing a more concrete foundation for un-derstanding how quantum and classical behaviors arise from underlying resonancedynamics.