From one sentence to the sky · Step 8 of 15
The proton
The proton weighs what it weighs because of the count. Twenty-one gives the whole number. The leak gives the rest.
The proton is the heavy part of every atom. Weigh it against an electron. Physics measured the answer long ago, to many digits.
The count starts from twenty-one. It weighs the proton in three layers.
First, every one of the twenty-one against every one, in each of the four directions of spacetime. Twenty-one times twenty-one, four times.
Second, the twenty-one across the three faces. Twenty-one times three.
Third, the three faces with each other. Three times three.
21² × 4 + 21 × 3 + 3² = 1836
That is the scaffold. Exactly. The rest is leakage. The grain is held, and holding leaks, at the grip’s rate.
The first leak is counted with the twenty-one. The second with sixteen: the four conditions of a record, held through the four directions of spacetime. Every next leak is the one before it, times the same small step. So the series closes.
The full number lands inside the measurement’s own bar.
What it stands on
What it predicts
The full ratio of the proton’s mass to the electron’s, frozen with every digit before the next measurement.
Paper: AP49
What would kill it
Dies at 3σ once the measurement uncertainty reaches 3.4 ppt with the central value unchanged, and at 5σ at 2.1 ppt.From the frozen document, 2026-09-06-mp-me-closed. Frozen before the measurement.
On the record
The sixteen was first read from the measured ratio, on 2 August 2026. Its structure was written and derived on 6 September 2026: four conditions of a record, held in three dimensions over time. The author held that reading from the time the axiom was written; the written record dates it 6 September. Both stand.
One debt here is open and named. Whether the grip-terms in this count are the same thing as the electrical self-energy that other calculations compute from the same grip. The rule linking them has not been stated.