What Is Now Established

The record measure as natural force-strength

Σ(F, s) = sup persistence times of configurable registers F produces at scale s.

This is the natural force-strength under Axiom R.

It measures what reality counts: how long the records last.

The conventional measure (coupling constant) answers a different question — interaction probability.

Both questions are legitimate. They have different answers, and at the chemical-biological scale they give opposite hierarchies.

The functional roles

The strong force is substrate. Without nucleons, there are no atoms; without atoms, no chemistry. Necessary but not sufficient for records.

Electromagnetic coupling via the electron is the writer. The only force that produces configurable registers at the chemical-biological scale.

The weak force is eraser and clock. Negative erasure-strength at the chemical scale (β-decay reorganises bond networks). Positive temporal role at the stellar scale (rate-limits the proton-proton chain, sets τ_star ~ 10¹⁰ years).

Gravity is loop-closure. Negligible at the chemical scale; necessary at the cosmological scale to gather spent structure and return it to potential (black hole formation).

Each force has a role. Each role is functionally distinct. None substitutes for another.

The architectural consequence

The fine-tuning of the cosmological constants (α and G, with G_F derived from electroweak structure) is not arbitrary.

It is the tuning that makes the record economy possible. The strong force makes substrate. The electron has the right α to write at the chemical scale. The weak force has the right G_F to buy time. Gravity has the right G to close the loop without competing with chemistry.

Each force’s coupling constant is in the band where its functional role is possible.

This is a structural observation, not a derivation of the values.