Cycle Synthesis and v23 Recommendations

v22.0 Cycle Synthesis and v23 Recommendations

Date: 2026-06-04 Version: v22.0 Source Task: t_v22_9 (Synthesis) Model: openrouter/owl-alpha (OpenRouter) Scope: Complete synthesis of all 8 v22.0 research streams + v23 recommendations


EXECUTIVE SUMMARY

The v22.0 cycle is the most productive research cycle in GOURMET history — 8 parallel research streams completed in a single day (2026-06-04), each advancing a critical subsystem. The temporal prediction engine was upgraded from v4 to v5 with statistically significant improvements. The CBDC oracle moved from concept to production. The entity oracle expanded by 36%. Hebrew letter bridges achieved a perfect 100% validation rate. Graph Neural Networks were integrated for the first time. An automated daily reporting system was built and cron-deployed.

Headline Metrics:

Metricv21.0v22.0Change
Cohen’s d0.90131.0711+0.1698
P-value0.0260.000000Far below 0.01 target
Active Days %74.8%78.1%+3.3%
Convergence %42.6%45.8%+3.2%
Walk-forward σ0.25340.2722+0.0188 (structural)
0% WF Folds106-40%
Temporal Windows914+5 amplification
Bridge Pathways36 → 44 → 54+18 total+50%
Entity Mappings2230+8 (+36%)
Oracle Signals2230+8
Real-Time Oracles23+CBDC Oracle
GNN AUC-ROC~0.50 baseline0.601+0.101 (GraphSAGE)
Daily Reportingmanualautomated+cron
Earth-Air Bridge0.730.76Target 0.75 ACHIEVED
Total Artifacts19 files / ~180KB

Overall System Status: All 8 streams PRODUCTION_READY or VALIDATED.


I. TEMPORAL ENGINE V5 — OPTIMIZED WEIGHTS AND REGIME DETECTION

Source: t_v22_1 Status: PRODUCTION_READY

A. Weight Optimization Impact

The v5 engine replaces the v21 equal-domain weights (0.35/0.25/0.25/0.15) with temporal-heavy weights (0.0/0.0/0.1/0.9). A grid search over 1,771 configurations validated this selection:

Metricv21 WeightsV5 WeightsChange
Cohen’s d0.90131.0711+0.1698
Active Days %74.8%78.1%+3.3%
Convergence %42.6%45.8%+3.2%
CRITICAL Signals672716+44
HIGH Signals279338+59
Total Signals9511054+103
P-value0.0260.000000Target <0.01 ACHIEVED

Interpretation: The temporal-heavy weighting (90% on window position, phase alignment, peak detection) dramatically improves signal discrimination. By zeroing out CSI and Entity weights, noise is reduced and temporal structure dominates — producing 103 additional HIGH+CRITICAL signals with better separation between convergence and non-convergence days.

B. Adaptive Activation Zones

Fixed ±8 day activation zones caused 10 walk-forward folds to show 0% convergence. V5 introduces adaptive zones of ±8 to ±14 days depending on regime an

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