Cosmology Predictions
Book I reinterprets dark energy as a global structural-continuity effect, but the manuscript's own chapter is explicit that the argument is qualitative — no explicit computation of Λ's magnitude is given, so there is no specific numerical prediction here to state as falsifiable yet.
Effective dark-energy equation of state, w_eff ≈ −1
not yet testedw_eff ≈ −1 (heuristic, not derived from the field equation)
- Required parameters
- Not specified — the relation to Φ is described as implicit
- Predicted result
- An effective equation-of-state parameter near −1, matching the observed cosmological constant behavior — but not derived as a specific value distinguishable from ΛCDM
- Competing (standard) prediction
- ΛCDM's cosmological constant, w = −1 exactly
- Required instrument/data
- Precision dark-energy equation-of-state measurements (e.g. DESI, Euclid) — but no distinguishing numerical target is given by the theory to compare against
Falsification criterion: As stated, this claim is not falsifiable in its current form — no quantitative deviation from w = −1 is predicted to test for.