Calculation record
Independent audit of the existing localized inverse action.
Tests a complete potential second variation, the exact slow-block algebra,
and the freedom of shell coefficients left by spatial existence/inertia.
No alternative physical particle assignments or new binding law are used.
Research context
- Response of localized simplex-frequency fields
Solved localized branches have identical finite lower-grade probe energies and forces at common profile, while complete current Hessians and bounded spatial spectra distinguish that coupling identity from stability.
- Localized oscillation and its inertial response
A reconstructed local current action has localized simplex-frequency solutions with common spatial profiles and an exact canonical boost inertia; its carrier, common normalization and full stability remain physical conditions to establish.
Interpret numerical checks within the assumptions and limitations documented in these notes.