Top 5 Decisive Tests
Most DiscriminatingOf the 24 defined experiments, these five have the highest distinguishing power — they can discriminate between Synchronism, ΛCDM (Lambda Cold Dark Matter), MOND, and standard frameworks. Ranked by decisiveness.
BAO (Baryon Acoustic Oscillation) Coherence Modulation
Standard cosmology predicts zero density dependence of BAO peak position. Synchronism predicts ~10⁻⁴ shift. This is a clean discriminator with no ambiguity.
Kill: BAO identical everywhere to 10⁻⁵ precision
Wide Binary Density Dependence
MOND (Modified Newtonian Dynamics) predicts density-independent anomaly. Synchronism predicts density-dependent. Uses existing Gaia DR3 data. The cleanest test of environment dependence.
Kill: Anomaly independent of local stellar density
EEG (Electroencephalography) Anesthesia Phase Transition
Tests the most striking consciousness prediction: consciousness loss is a phase transition, not gradual decline. If the threshold is universal, the entire consciousness framework has empirical support.
Kill: Consciousness loss is gradual with no threshold clustering
Gravitational Wave Speed–Dark Matter Column Correlation
General relativity predicts exactly zero correlation between gravitational wave (GW) propagation and dark matter distribution. Any nonzero signal would be revolutionary. From GW170817: α < 3.0 × 10⁻¹⁵.
Kill: No correlation at 10⁻¹⁶ level after 20+ events
Cosmic Interference Patterns
Unique to Synchronism. No other framework predicts oscillatory modulation in galaxy cluster separations at λ ~ 500 Mpc. If found, it would be strong evidence for the coherence interpretation.
Kill: No oscillations above 3σ out to 2000 Mpc
The Strategy
Three of the top five are Tier 1 (zero cost). Start there. If all three fail, Synchronism's cosmological predictions are dead and no further investment is warranted. If any succeed, they fund the case for TEST-11 (EEG, $150K) and eventually TEST-15 (GW correlation, $1M+).
This is how science should work: cheapest tests first, escalate only on success.