The Super-Electron: Admissible Identity, Bounded Transitions, and the Geometry of Physical Continuation

This manuscript presents a foundational reformulation of particle identity in modern physics by introducing the Super-Electron: a unique fermionic identity class defined not by dynamics, trajectories, or multiplicity, but by admissible continuation under constraint. Rather than proposing new particles, forces, or speculative ontologies, the work inverts the standard explanatory order of physics. It demonstrates that physical existence itself is governed by constraint satisfaction, and that dynamics, spacetime structure, and observable behavior emerge only after non-admissible transitions are excluded. Within this inverted framework, the electron is shown to be the sole charged fermionic identity that remains…