Redefining Fundamental Forces via an Electron-Calibrated Structural Axis

Technical Description: Redefining Fundamental Forces via an Electron-Calibrated Structural Axis Abstract This research introduces a novel physical framework, the Yuuki Theory (Yuuki Collapse Theory), which redefines the fundamental forces of nature not as independent interactions governed by intrinsic coupling constants, but as emergent manifestations of a single Structural Axis. By establishing the electron mass as the universal calibration origin, we demonstrate that the hierarchies of electromagnetism, strong and weak interactions, gravity, and the neutrino sector can be unified without the introduction of additional forces or parameters. Key Theoretical Components Electron-Centric Calibration (The Ruler): The electron is defined as the "zero-order structural ruler" because of its stability, precise measurement, and minimal interference from strong interactions. All physical responses are analyzed via a dimensionless structural quantity S = \text{structural\_mass} / m_e. Reinterpretation of Forces as Structural Regimes: Instead of distinct interaction types, the fundamental forces are classified as follows: Electromagnetic (EM): First-order structural accessibility acting directly at the S \approx 1 scale. Strong Interaction: A regime of confined, high-density multi-node structural circulation where energy is internally trapped. Weak Interaction: Structural transitions or reconfigurations occurring across adjacent layers or generations. Gravity: Global structural accumulation that becomes dominant at extremely large scales of S. Neutrino Sector: A "threshold regime" occupying the near-zero structural response range. Scientific Implications Elimination of the "Fifth Force" Requirement: Within the Yuuki Theory framework, anomalies often attributed to new physical forces are reinterpreted as structural resistance or scale-mismatch effects. This proves that no additional particles or forces are required to maintain a consistent unified model. Structural Response Paradigm: The focus of theoretical physics is shifted from "what force acts" to "how structure responds". While traditional force labels remain phenomenologically useful, they are no longer considered fundamental entities. Numerical Implementation: The framework is validated via a unified calculator (The Yuuki Calibrator), which successfully reproduces known mass hierarchies and interaction scales using electron-referenced calibration coefficients.