The Gravito-Informational Collapse Framework" A Deterministic Model Unifying Quantum, Relativistic, and Entropic Dynamics

The Universal Gravito-Informational Theory (TGIU v10.0) presents a unified model integrating informational physics, quantum mechanics, and general relativity through a non-metric collapse process. The theory postulates that the universe originates from a 2D informational domain governed by structured entropy gradients, which collapse into 3D space-time via a critical angular threshold near 89.93°. Central to the framework is the VIRTOSU constant (𝓥 = 4.35 × 10⁹⁹ k/°), which defines the maximum information-to-energy transformation rate per collapse degree which Universe has the limit to receive from 2D informational domain. The theory replaces traditional field-based interactions with relational informational gradients, modeled through the UIRE v9.3 equation, and introduces deterministic pathways for the emergence of matter, antimatter, dark matter, and dark energy. TGIU provides numerical, testable predictions for entropy distribution in cosmic microwave background anisotropies, photon ring distortions near black holes, and entropy-guided gravitational lensing effects. Unlike speculative unified models, TGIU offers measurable parameters, precise collapse simulations, and aligns with current observational datasets (JWST, LIGO, CERN). It is proposed as a mathematically coherent, physically testable alternative to standard unification efforts, centered on entropy-informational dynamics rather than particle mediation.