# {slug}: {one-line title} ## Metadata - **Date**: YYYY-MM-DD - **Author**: {agent or human name} - **Status**: draft | validated | in-progress | done | rejected ## Hypothesis **Question**: What happens if we {specific change}? **Prediction**: We expect {metric} to change by {amount} because {mechanism}. **Falsification**: If {metric} does NOT change by at least {threshold}, the hypothesis is wrong. ## Approach Brief description of the implementation. What files change? What's the core modification? ```python # pseudocode or key snippet showing the idea ``` ## Why this is novel How does this differ from what's already in RESEARCH_JOURNAL.md? What paper/idea is it based on? ## Expected implementation effort Small (< 1 hour) / Medium (1-4 hours) / Large (> 4 hours) ## Pueue label (for queuing) ``` Q: does {change} improve {metric}? H: expect {delta} ``` --- ## Subagent Critique **Rating**: 1-5 (1=bad, 5=excellent) **Strengths**: - **Failure modes**: - **Verdict**: proceed / revise / reject --- ## Result (fill in after experiment) **Commit**: SHORT_SHA **Report**: [9_reports/YYYY-MM-DD_{slug}.md](../9_reports/YYYY-MM-DD_{slug}.md) **Observed**: {metric} = {value} (expected {expected}) **Verdict**: confirmed / partially confirmed / refuted / inconclusive