Results particle-physics Proton–Neutron Mass Splitting: τ-value 1.38!×!10⁻³, observed 1.378!×!10⁻³, deviation +33~ppm.
Numerical Prediction Catalogue · Prediction Particle Physics τ-Effective 10–1000 ppm

Proton–Neutron Mass Splitting

Proton–Neutron Mass Splitting: τ-value 1.38!×!10⁻³, observed 1.378!×!10⁻³, deviation +33~ppm.

Prediction

τ-Formula
(tfrac316)sqrt3,ιτ
τ-Value
1.38!×!10⁻³
Observed
1.378!×!10⁻³
Deviation
+33~ppm

τ-Formula

Δm / mₙ = (3/16)√3 · ιτ⁵ − (3/20)α · ιτ²

Derivation

The proton–neutron mass splitting is given by the two-sector formula:

where $α ≈ 1/137.036$ is the fine-structure constant and $ιτ = 2/(π + e)$. The first term is the strong-sector (C-sector) contribution; the second is the electromagnetic correction (B-sector). Numerically:

in agreement with the measured value at $+33$ ppm. (Registry: IV.T142, Wave 1.)

Structural anatomy. The two-sector formula (eq:ch60-pn-formula) has a transparent structure:

Source

This prediction is derived in the Numerical Physics Ledger (Chapter 60 — mass-spectrum), Books IV–V of Panta Rhei.

Registry

Canonical derivation in Book IV.

Lean linkage

Auto-derived from the registry's depends_on graph: 10 TauLib modules support this prediction's derivation chain. Each chip links to the source at the pinned commit.

Metadata

DomainParticle Physics
Precision Tier10–1000 ppm
Scopeτ-Effective
Registry IDIV.T142
Canonical BookBook IV

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