The Seonggil Framework: Macroscopic Generation and Topological Stabilization of Negative Energy Density via Non-Commutative Dynamic Feedback

The macroscopic generation of negative energy density (ρ < 0) is strictly constrained in standard Quantum Field Theory by Quantum Inequalities (QI) and the Averaged Null Energy Condition (ANEC). This paper introduces the Seonggil Framework, circumventing these limitations through non-commutative coordinate operators, variable-scale extra-dimensional projection, and real-time dynamical feedback. We establish a robust axiomatic foundation and formalize four core theorems that dictate the creation, lower-bound amplification, and topological stabilization of macroscopic negative energy. Furthermore, we provide a computational proof-of-concept using a Python-based numerical simulation to validate the dynamic stabilization of the spacetime metric under continuous negative energy injection.