Status note, 5 September 2026 — the scalar mass is an explicit, measurable input. Every calculation in this paper stands unchanged, evaluated at ms = 3.94 × 10⁻²³ eV. What has changed is that value’s standing. From the Theory Edition (First Principles V9.7.2) the framework carries ms as its one free scale: the theory states how each prediction depends on it, and specifies how it is to be measured — the knee at τc = ℏ/(msc²) in an activation-timing distribution, never a centroid (V9.7.2 §III.B). That is the same footing as the graviton mass in massive gravity or the coupling in scalar–tensor gravity — a scale the theory fixes the dependence on and hands to experiment. Study 21 established it by auditing every internal route for fixing the mass. Results below are accordingly conditional on the evaluation scale; where this paper calls the mass “derived”, read “evaluated at”, the figure being the historical association-implied value. Withdrawn is not deleted.
The STF framework applied across eleven anomaly domains — from spacecraft flybys to pulsar glitches to the dark energy equation of state. Same two parameters. Both derived. Zero free adjustments.
Each paper below applies the STF Lagrangian — derived entirely from first principles in First Principles V7.9 — to a specific anomaly. No parameter is tuned per system. The field mass ms = 3.94 × 10⁻²³ eV and coupling ζ/Λ ≈ 1.35 × 10¹¹ m² appear unchanged across all eleven domains. Where an amplifier exists (reconnection threshold, superfluid unpinning, EM coupling), its physics is independently constrained — not fitted.
Validations are classified HARD (geometry-driven, null cases, binary discriminators), MEDIUM (amplifier bounded but not independently pinned), or SOFT (consistency check only). The 3.32-year clock derived from ms appears independently in the solar corona, Earth's core, length-of-day variations, and pulsar glitch timing — four separate systems, one parameter.
For the cross-domain evidential architecture — amplifier analysis, falsification hierarchy, and discriminator strength across all eleven domains — see the Validation Synthesis V1.3.