Inferring the TGIU Primitives (θ_C, η, ∇Φ, ∇S, TEF) from Standard SI Measurements without Exotic Sensors

This work presents a novel method to infer the core primitives of the Universal Gravito–Informational Theory (TGIU)—collapse angle (θ_C), efficiency constant (η), informational potential gradient (∇Φ), entropy gradient (∇S), and the Equilibrium Force (TEF)—directly from standard SI measurements, without requiring exotic sensors or speculative devices. By establishing mathematical correspondences between TGIU primitives and measurable SI quantities (e.g., energy, momentum, entropy, acceleration), the approach enables practical access to collapse parameters through classical experimental setups. This bridges the gap between TGIU’s informational framework and mainstream physics, allowing both validation and potential applications (e.g., in metamaterials, superconductivity, and energy systems) within familiar experimental contexts.