Recorded data and provenance for the associated calculation.
| experiment | light-tau-branch-batch |
|---|---|
| created_utc | 2026-09-24T10:27:49.642429+00:00 |
| status | conditional_inverse_branch_check |
| tau_benchmark_mass_energy_ev | 1776930000 |
| shared_law | g/g0=(1+(R/(b*R0))^4)/[(1+(R/R0)^4)*(1+(R/(C*R0))^4)] |
| n_23_simplex_count | 64512240 |
| scope | Reference-frequency curvature, occupied slopes and sampled inverse roots on the outer depth-ten branch; absolute spectrum of all 16 assigned modes under one electron-calibrated length scale. One shared parameter C is refitted for each b to the observed inner tau/electron unit ratio. No full spatial or joint field-metric stability, production channel, light spectrum or master-action derivation. |
View complete data
{
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"created_utc": "2026-09-24T10:27:49.642429+00:00",
"status": "conditional_inverse_branch_check",
"tau_benchmark_mass_energy_ev": 1776930000.0,
"shared_law": "g/g0=(1+(R/(b*R0))^4)/[(1+(R/R0)^4)*(1+(R/(C*R0))^4)]",
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},
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{
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],
"n_23_simplex_count": 64512240,
"scope": "Reference-frequency curvature, occupied slopes and sampled inverse roots on the outer depth-ten branch; absolute spectrum of all 16 assigned modes under one electron-calibrated length scale. One shared parameter C is refitted for each b to the observed inner tau/electron unit ratio. No full spatial or joint field-metric stability, production channel, light spectrum or master-action derivation.",
"sources": {
"experiments/light-tau-branch-batch.py": "34b1305318984b3fd848432aca0eb1a581ddf999d33d927b500e2c783c6e89b1",
"experiments/rational-common-law-probe.py": "c5c1d814e6f89023d9fa7a27a83f6f52360ff958af3f3f98287118ed1a196cc4",
"experiments/nonmonotone-common-law-probe.py": "43a676540502034807ba79aa3835e5bf767ec06fbd77fe4a0c3ef5293beb4bd1"
}
}