predictions
plain-language theorem explainer
RS lists four explicit predictions for the horizon problem under 8-tick synchronization: residual super-horizon correlations appearing as CMB anomalies, e-folds scaling as powers of phi, spectral index fixed by J-cost, and low quadrupole selected by initial-state J-cost. Cosmologists comparing RS to inflation would cite this list when mapping ledger synchronization onto observed large-scale anomalies. The definition is a direct static enumeration with no computation or lemmas.
Claim. Recognition Science predicts for the horizon problem: super-horizon correlations visible as CMB anomalies, e-folds satisfying $N sim phi^k$ for some $k$, spectral index $n_s$ constrained by J-cost, and low CMB quadrupole arising from J-cost selection of the initial state.
background
The module sets the horizon problem as the observed CMB uniformity to 1 part in 10^5 despite regions that never shared a causal past in standard Big Bang expansion. RS replaces inflation with the universal 8-tick clock (T7) that enforces homogeneity as a ledger consistency condition. J-cost is the recognition cost defined as Cost.Jcost of a RecognitionEvent; phi-ladder tiers appear in upstream structures such as NucleosynthesisTiers.of and PhiForcingDerived.of.
proof idea
The declaration is a plain definition that returns a fixed List String. No tactics or lemmas are applied; the four strings are written directly from the doc-comment.
why it matters
The definition supplies the concrete observational signatures that follow from the 8-tick synchronization mechanism (T7) and J-cost minimization. It fills the COS-004 claim that the ledger clock provides intrinsic homogeneity without light-speed communication. No downstream theorems are listed, leaving open the quantitative mapping of these predictions onto CMB data.
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