Experiments
The framework's empirical demonstrations. Each experiment runs the
four-step protocol on a named public dataset, produces tagged values,
and closes to R = 1.0000. All source data is open-access;
all results are reproducible.
The experiments cover both operational modes. Mode A experiments reconcile two measurements of the same system across observer frames. Mode B experiments audit sub-threshold residuals for signal recovery.
Classical-calibration experiments
| Experiment | Mode | Dataset | Tag |
|---|---|---|---|
| Hubble tension projection | Mode A | Planck CMB + SH0ES distance ladder | Derived · Fitted |
| ΛCDM cosmic budget | Mode A | Planck CMB + SH0ES | Fitted |
| GW150914 dual-readout audit | Mode A | LIGO-Virgo-KAGRA GWOSC strain telemetry | Derived |
| NEO 2019 OK sub-threshold recovery | Mode B | Optical survey archival residuals | Derived · Fitted |
Calibration tool
A specific calibration tool for researchers who want to test their own declared frames against the framework's predicted floor and scope. An extended application of the classical-calibration experiments.
| Tool | Mode | Scope | Tag |
|---|---|---|---|
| Cosmoastro floor-scope calibration | Inverse | Cosmological / astronomical frames — reader-supplied anchors | Derived · Frame-Conditioned |
Further Dev
Inferred extensions of the framework's structure to domains outside its verified scope. Every page states clearly what is inferred and what is out of scope.
| Page | Coverage | Status |
|---|---|---|
| Further Dev index | All inferred extensions, including the high-particle-physics application. | Inferred · open |
How the experiments run
Every experiment is an application of the four-step lock. Steps 1 and 2 are shared across all experiments; steps 3 and 4 differ by dataset and mode.
- Step 1 — Pure geometric initialization. Establish the partition invariants: θ = 70.5288°, S₊ = 1/3, S₋ = 2/3, ratio 2.000000. Derived
- Step 2 — Empirical boundary pinning. Declare the dataset's baselines: H₀,A = 67.4 km/s/Mpc for CMB-anchored experiments; specific strain channels and epochs for GWOSC experiments; survey cadence and threshold for archival experiments. Frame-Conditioned
- Step 3 — Thermodynamic aperture coupling. Apply the calibration that maps the declared frame onto the geometric engine. Fitted
- Step 4 — Mode execution. Mode A projects across frames; Mode B mines the conserved complement. Both return to measured values.
The four-step lock is described in full in manual 02. The experiments are the applied demonstrations of that lock on real data.
Cross-references. The values established by each experiment are indexed in the master register. The derivations behind the projection factors and closure identities are in proofs. The operational guides that frame the experiments are in manual 05.