The hierarchy inverted

The conventional hierarchy of forces, ranked by coupling constant:

Strong ≫ Electromagnetic ≫ Weak ≫ Gravity

The record-measure hierarchy at the chemical-biological scale, ranked by record-strength:

Σ(EM) ≫ Σ(Strong) = Σ(Gravity) = Σ(Weak) = 0

With the weak force further distinguished by Ε(Weak) < 0 — net erasure at this scale.

The inversion is total at this scale.

The force ranked third by conventional measure is ranked first — and uniquely first — by the record measure.

The force ranked first by conventional measure produces no configurable records at the chemical-biological scale.

The force ranked last by conventional measure is not deficient but structurally necessary, operating at a different scale for a different purpose.

This is a consequence of Axiom R applied at the chemical-biological scale.

If reality is constituted by irreversible records, then the meaningful hierarchy at any given scale is the one that measures record-formation at that scale.

The conventional hierarchy measures interaction probability.

The record-measure hierarchy measures consequence.

Kill switch KS-RM.2. Under matched scale, matched ambient conditions, and matched register class, demonstrate that persistence distributions are invariant to the interaction that writes the register, once substrate and environment are controlled. If, under controlled comparisons, persistence is fully explained by ambient and substrate factors and not by the inscribing interaction, then Σ(F, s) collapses to an environmental proxy and the record-measure hierarchy is non-informative. LIVE — HARD.