TGIU's IRAF and TEF: A New Informational Paradigm for Controlled Fusion

This whitepaper introduces a new paradigm for stable and scalable nuclear fusion based on the Gravito-Informational Universal Theory (TGIU). By incorporating two advanced concepts—Informational Resonance-Assisted Fusion (IRAF) and the TGIU Equilibrium Force (TEF)—we establish a pathway for energy generation via informational collapse, bypassing the limitations of both thermal (hot) and lattice-confined (cold) fusion models. We provide equations, threshold parameters, and engineering principles necessary for developing the next generation of fusion reactors using entropy-gradient logic and informational collapse mechanics. 1. Introduction: From Thermodynamic to Informational Fusion Traditional fusion relies on extreme conditions to overcome Coulomb barriers. TGIU proposes a third, non-thermal route: IRAF. Fusion is triggered by synchronizing entropy gradients and informational potentials (∇Φ_C), leading to collapse events regulated by TEF.