Dragon Fly: A TGIU-Based Spacecraft Capable of Collapse-Driven Navigation and TEF Resilience

This paper presents the Dragon Fly spacecraft concept, the first theoretical vessel designed using TGIU (Teoria Gravito-Informațională Universală) principles. Dragon Fly utilizes informational collapse dynamics for maneuvering and energy, supported by Toroidal Resonance Batteries (TRB) and Gravity Manipulation Engines (GME). To operate safely in entropy-void space, the system incorporates TEF (TGIU Equilibrium Force) shielding and a dual-core LYRA AI system with real-time collapse resilience. Simulations show the craft can execute right-angle maneuvers at Mach 50 without inertial effects, opening the possibility for post-Newtonian propulsion and interstellar exploration.