Redefining the Hierarchy of Fundamental Forces on an Electron-Based Axis

This repository presents a unified mass-calibration framework based on Yuuki Theory. By establishing the electron as a “Universal Mass Ruler,” it demonstrates that otherwise disparate physical scales—ranging from subatomic quarks to macroscopic neutron stars—can be consistently aligned along a single structural axis, without introducing new microscopic assumptions. Key Features Universal Calibration All masses are treated as structural manifestations calibrated relative to the electron mass. Unified Force Interpretation Electromagnetic, strong, weak, and gravitational interactions are reinterpreted as distinct regimes within a single structural hierarchy. High Precision Consistency The framework reproduces experimental quark mass ratios and Josephson junction critical currents with approximately 99.4% accuracy.