From cosmological observations to laboratory validation, UCRC generates testable predictions at every scale.
Monte-Carlo simulations of 280 gravitationally coupled oscillators reproduce the MeerKAT filament\u2019s observed bulk rotation (110 km/s) and spin alignment statistics (\u27e8|cos \u03c8|\u27e9 = 0.64 \u00b1 0.05) to within 0.8% deviation \u2014 without invoking dark matter.
Unlike unfalsifiable theoretical speculation, every UCRC prediction specifies exact observational tests, instruments, and deviation thresholds.
| Prediction | Test Method | Domain | Status |
|---|---|---|---|
| ULF quantized modes at fₙ ≈ n × 7.3 × 10⁻¹⁵ Hz in filament spines | SKA / LOFAR radio interferometry | Cosmological | Pending |
| Steeper weak lensing profiles than NFW in filament cores | Euclid / LSST surveys | Cosmological | Pending |
| Galaxy spin-orbit correlation with vot-flow direction | HI velocity mapping surveys | Cosmological | Pending |
| MeerKAT filament rotation v_bulk = 110 ± 5 km/s | Monte-Carlo (N=5000 realizations) | Cosmological | Supported |
| COP > 5× at 1.094 MHz tensor lock | EnergiCell® Concordia retrofit | Laboratory | In Progress |
| Quantized ULF/VLF lines under impedance match only | Rydberg MEMS diagnostics | Laboratory | Pending |
| Inertial reduction 10–50% in dual-vortex CIRE | Precision mass/thrust measurement | Engineering | Pending |
| qEEG cross-frequency coupling signatures in Bio-ELF operators | Gunkelman healer protocol replication | Biological | Supported |