Part XI: Fundamental Constants — Primordial Vortices and Relational Parameters

Abstract: This paper concludes the Vibrational Geometrodynamics (VG) framework by reinterpreting the fundamental constants of physics (c, G, ħ, Λ). They are proposed to be emergent properties of the equilibrium state of a primary network of "quantum vortices" – nodal entities that unite a vibrational degree of freedom with an intrinsic spin. These constants are "fossils" of a cosmic phase transition triggered by the torsional instability of an initial maximum-spin configuration (the Packed Network). The model offers a path for the conceptual unification of granularity, dynamics, and geometry. This work represents the culmination of Series I of VG.