Metric Engineering in a Fractal Universe: Formalizing the Nasanjargal Metric and the Scale Drive Mechanism

Current superluminal propulsion models are limited by the requirement for exotic negative energy. We propose a viable alternative rooted in the Infinite Fractal Descent model: the Scale Drive. Operating within Einstein-Cartan-Sciama-Kibble (ECSK) gravity, the drive utilizes localized spacetime torsion to maintain a Scale Horizon without violating the Weak Energy Condition. We formalize the Nasanjargal Metric, derive the explicit Spin-Torsion Lagrangian, and demonstrate that transit is achieved via Light Cone Expansion. We further resolve the navigational opacity problem through Pilot Wave Interferometry and demonstrate that resonant impedance matching reduces operational energy requirements to the Exajoule range. +4