Empirical Validation and Falsifiability of the TGIU Framework

\begin{abstract} This section outlines the empirical framework and strict falsifiability criteria for the Theory of Global Irreducible Unfolding (TGIU). Adhering to Popperian scientific rigor, TGIU eliminates the cosmological constant (\Lambda) as an independent free parameter, deriving its astronomically observed value analytically from the local informational rigidity of the vacuum (a_0) and the closed geometric topology of the cosmological horizon. Furthermore, the framework predicts a quantifiable infrared informational latency (\tau = \sqrt{R/2a_0}) at extreme low accelerations, manifesting as an observable kinematic noise in wide binary systems testable via the Gaia DR3 astrometric archive. To ensure absolute empirical accountability, three definitive conditions for the theory's ontological invalidation are established: the absence of macroscopic thermodynamic relaxation latency in the Dimorphos system (testable by the Hera 2027 mission), the confirmation of strictly Keplerian orbits in wide binaries without the predicted temporal drift, and the nullification of discrete temporal sampling resonances (Chrona bands) within the nucleon structure. Consequently, TGIU transitions from a theoretical construct into a fully testable, closed predictive architecture devoid of unobservable infinities. \end{abstract}