Overview
Proves that a specified common scaling of matter-wave size and transition frequency preserves stable bound states and links inertia, restoring response, electromagnetic storage, and recoverable work. A nuclear bag approximation extends the storage calculation under explicit confinement and adiabatic conditions. The common family recovers leading static weak-field comparisons; the exact Schwarzschild extension retains distinct clock and ruler factors and its additional response condition.
Publication and version record
Author manuscript version 1.5, dated 21 October 2026, supplied by the author and reproduced unchanged. Selected by the founding editor for Volume 1, Issue 1. Inclusion does not represent independent JOATP peer review.
Included in the JOATP founding collection, 21 October 2026. The author retains copyright; original publisher terms continue to apply to previously published work.
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