BU35 Electron under B_U Projection Readout, Boundary Admissibility, and the Disqualification of Classical Trajectory

Abstract

Electron under B_U: Projection Readout, Boundary Admissibility, and the Disqualification of Classical Trajectory redefines the electron within the framework of single-universe boundary consistency. The paper argues that the electron should not be defined by a classical continuous trajectory, but by its status as a microscopic projection readout that can be indexed, measured, cohered, and settled under boundary admissibility. The electron remains a valid projection-layer object through charge, mass, spin, coupling, spectral structure, sustained wave-like display, and measurement events. What loses standing is not the electron itself, nor microscopic occurrence, but the classical trajectory model as the privileged definition of electron reality. The paper further distinguishes microscopic occurrence from macroscopic retained contribution: fast microscopic terms may occur, but their nonzero net contribution does not automatically enter the macroscopic settlement ledger. Trajectory disqualification is therefore treated as the surface feature of microscopic net cancellation. The note also introduces a guarded structural analogy between 246 GeV and a projection-level readout-energy window, while 10^{19} GeV marks a far ontic boundary scale. The final claim is that the electron is a stable projection readout, not a classical point-object moving along a retained path.