Unified physics version 10 MASTER FILE

Version 10 presents a formal, Motion First Physics reconstruction of the pathway by which motion quanta undergo compression and organized alignment within high-density M-field vortices. This work establishes the fundamental sequence that leads from freely propagating quanta to the earliest stable filament bundles. The analysis identifies the field-dynamic constraints that arise inside a maximum-compression rotational environment and demonstrates how quanta transition into continuous, tension-bearing filaments. This version develops the first-order geometric and dynamical framework required for electron formation without yet prescribing the full minimal structure. Version 10 details: (1) the onset of filament formation under extreme compression; (2) the emerging rotational and torsional patterning that organizes filaments within the vortex; (3) the conditions under which filament bundles become self-sustaining; and (4) the deterministic, non-probabilistic mechanisms by which these bundles can transition into closed structures. This version serves as the foundational stage-setting for Version 11, which will refine the electron’s minimal geometry, binding rules, and final-scale constraints. Version 10 establishes the complete precursor chain of logic, dynamics, and field behavior leading up to — but not including — the explicit geometric specifications introduced in Version 11. For continuity, all historical and future releases are maintained here:https://doi.org/10.5281/zenodo.17438732 =