N26 — GW cycle-delay ratio ιτ⁻²
N26: GW cycle-delay ratio ιτ⁻². Einstein Telescope, Cosmic Explorer, LISA.
Status boundary
Falsification status is a program-side tracking label. It separates current internal stance from formal verification, empirical support, and external acceptance; it is not a claim that the wider scientific community has accepted the result.
Falsification Details
T² cycle-delay doublet: t_outer = 4GMιτ^-1/c^3 and t_inner = 4GMιτ/c^3; ratio t_outer/t_inner = ιτ^-2 ≈ 8.57 (V.D243). This is not a reflective-surface ECO echo claim.
Einstein Telescope, Cosmic Explorer, LISA
2032–2040.
Context
N26: Prediction
Cycle-delay doublet: $t_{\mathrm{outer}} = 4GMιτ^{-1}/c^3$ and $t_{\mathrm{inner}} = 4GMιτ/c^3$; ratio $t_{\mathrm{outer}}/t_{\mathrm{inner}} = ιτ^{-2} ≈ 8.57$ (V.D243). This is a $T^2$ topology-readout candidate, not a reflective-surface ECO echo claim. Experiment: Einstein Telescope, Cosmic Explorer, LISA. Timeline: 2032–2040.
Derivation Context
The source derivation defines the two torus-cycle delays and tests the dimensionless ratio rather than an absolute late-time template. A robust non-detection of this ratio at the required sensitivity would pressure or falsify the τ cycle-delay prediction. Detection of unrelated reflective-surface ECO echoes would instead test the No Shrink boundary claim, not confirm this prediction.
Current public status remains released and consistent, not validated.
Correction record: ERRATUM-005 records the 2026-05-15 correction of echo terminology, ratio direction, and generated-page contamination for this test surface.
Metadata
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