Pair-creation enhancement

Prediction	exp(π(1 − P_0)) = 1.597
Measured	theorem
Residual	0
Status	hit
Source paper	DCT-FND-V2 · 10.5281/zenodo.20032839

Mechanism

Schwinger rate ratio Γ_DCT / Γ_QED = exp(π(1 − P_0)) at the equilibrium amplitude. Exact closed form from the Euler–Heisenberg expansion.

Derivation

Schwinger rate ratio Γ_DCT / Γ_QED = exp(π(1 − P_0)) at the equilibrium amplitude. Exact closed form from the Euler–Heisenberg expansion.

The closed-form prediction is

$$ \text{predicted} = exp(π(1 − P_0)) = 1.597 $$

against the measurement theorem, giving residual 0.

Python verification

The verification script for this observable is particle_physics_tests.py. Run it with python3 particle_physics_tests.py to reproduce the canonical DCT result against the public-archive measurement source listed above (Theorem.).

Methodology

Domain	QED / Schwinger / QGB (QED)
Input data source	See "References" below for the canonical public-archive citation. The verification script consumes the published value (or the public dataset, where applicable) and compares against the DCT closed-form prediction.
Measurement procedure	The measured value used here is the most recent peer-reviewed central value plus 1σ uncertainty from the cited reference; no internal recalibration is applied.
Acceptance threshold	HIT: residual within 1σ of measurement. SOFT: directional agreement, residual within bracketing range. OPEN: untested or unresolved.
Falsification threshold	MISS: prediction excluded at ≥3σ by the canonical measurement under the corpus-canonical (constant-$P_0$) treatment.
Current status	See the verdict pill in the prediction table above.

Cross-references

Related observables in the same domain: e-cr-dct.

Aggregate views: /predictions/ · /scorecard/ · /empirical/ · /outstanding-problems/.

Audit notes

Status post-: this observable's verdict above reflects the corpus-canonical (constant-$P_0$) treatment. Any prior interim Avrami-extension framing has been reverted (see /updates/ for the change log). The cluster-paper deep-link above (DCT-FND-V2) is the canonical source of the derivation chain.

References

No external references for this entry — theorem or internal derivation.
Source paper: DCT-FND-V2 · 10.5281/zenodo.20032839

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