{{X}} vs {{Y}}: A Comparative Analysis
Question: {{question}} Date: {{date}} Sources consulted: {{sources}}
Executive summary
Verdict: {{one-sentence verdict}}
Confidence: high / medium / low — {{why}}
When the verdict flips: {{edge cases}}
1. What is being compared
1.1 {{X}}
Brief definition, intended use, scope. Who proposes/uses it.
1.2 {{Y}}
Same shape.
1.3 What is not being compared
Explicit exclusions to keep the scope honest.
2. Axes of comparison
Each axis: criterion, evidence from corpus, per-axis verdict.
Axis 1: {{e.g., performance / accuracy}}
| Property | {{X}} | {{Y}} |
|---|---|---|
| Headline metric | {{value}} [^id] | {{value}} [^id] |
| Best-case | ... | ... |
| Worst-case | ... | ... |
| Variance across studies | low/med/high [^id1][^id2] | ... |
Per-axis verdict: {{X or Y}} wins on this axis when {{condition}}, but {{caveat}}.
Axis 2: {{e.g., compute cost / sample efficiency}}
Same shape.
Axis 3: {{e.g., robustness / generalization}}
Same shape.
Axis 4: {{e.g., interpretability}}
Same shape.
Axis 5: {{e.g., maturity / community adoption}}
Same shape.
(Add or remove axes to fit the question. Aim for 3-6.)
3. Where they agree
Often overlooked: where do {{X}} and {{Y}} not differ meaningfully? Acknowledging this prevents the report from inventing conflicts.
4. Where they disagree (and why)
For each meaningful disagreement, name:
- The empirical observation
- The methodological reason (different datasets, baselines, hyperparameters)
- The theoretical reason (different framings)
5. Overall recommendation
If the user must pick one today, with no further information:
- Pick {{X}} when {{conditions}}
- Pick {{Y}} when {{conditions}}
- Pick neither (or wait) when {{conditions}}
6. Open questions
What would change the verdict? What study would be most informative?
Appendix A — Methodology
{{search + ranking + dedupe stats}}
Appendix B — Self-critique
{{self_critique.appendix}}
Bibliography
{{rendered from export_bibtex.py}}