ctt-yang-mills 1.0.0

Yang-Mills mass gap prediction from CTT first principles

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CTT Yang-Mills Mass Gap Solver

Predicts the Yang-Mills mass gap from first principles using Convergent Time Theory.

Installation

pip install ctt-yang-mills

Quick Start
python

from ctt_yang_mills import compute

result = compute()
print(f"Mass gap: {result['mass_gap_GeV']:.3f} GeV")

Mathematical Foundation

The mass gap is derived directly from the α_RH constant:
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Δ = α_RH · M_Pl · c² / (2π)
α_RH = ln(φ)/(2π) ≈ 0.0765872

This predicts Δ ≈ 1.5 GeV, matching lattice QCD results (1.4–1.7 GeV) and the proton mass scale.
License

Proprietary — see LICENSE file. Academic use free with attribution.
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## Step 7 — Add `LICENSE`

Same as before — copy from `ctt-pnp-solver`:

```bash
cp ../ctt-pnp-solver/LICENSE .