Scientific Protocol: TGIU Equilibrium Force and Spontaneous Collapse Events in Space Missions

Space missions beyond low-Earth orbit increasingly encounter anomalies—unexpected malfunctions, sensor interferences, and spontaneous perceptual or energetic disturbances—often lacking sufficient engineering explanations. This document proposes a novel theoretical framework based on Teoria Gravito-Informațională Universală (TGIU)/ Universal Gravitational Informational Theory*, introducing the TGIU Equilibrium Force (TEF) as a measurable effect resulting from extreme entropy gradients between highly ordered technological systems (e.g., spacecraft, EVA suits) and the disordered vacuum of space. > TEF is mathematically described via the Universal Informational Relational Equation (UIRE), predicting collapse events as a function of entropy differential. This protocol outlines diagnostic criteria, design implications, and mitigation strategies for high-risk scenarios—especially during EVA operations, deep space missions, and eclipse transitions. The TEF hypothesis extends current engineering models by incorporating informational entropy as a latent but quantifiable physical factor. This approach offers a new predictive lens for unexplained space anomalies and a foundation for enhanced safety protocols in future exploration. * (TGIU – Teoria Gravito-Informațională Universală – is a theoretical physics framework that unifies gravity, entropy, and quantum behavior through the dynamics of informational gradients and their collapse through entropy gradients into our 3D universe.)