Problem decomposition
Paste a challenge, research question, or local problem. Cathedral creates a live decomposition record and a Tier 1-4 work ladder.
| Problem | Micro-problems | Open | Progress |
|---|---|---|---|
Interrogate: Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels What does Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels actually establish, what assumptions does it depend on, and what would most decisively challenge or extend it? | T1 / Collect observations for Interrogate: Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels T2 / Map claims and evidence for Interrogate: Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels T3 / Model the bottleneck in Interrogate: Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels |
T4 / Design a decisive test for Interrogate: Overall attitudes towards quantum computing are more positive than overall attitudes towards artificial intelligence considering also knowledge levels
| Inspect |
| 0% |
Why chain: Artemisinin Resistance Why does Artemisinin Resistance work the way Cathedral currently explains it? Build a recursive why-chain that separates mechanisms, evidence, unresolved assumptions, and concrete research tasks. | T1 / Collect observations for Why chain: Artemisinin Resistance T2 / Map claims and evidence for Why chain: Artemisinin Resistance T3 / Model the bottleneck in Why chain: Artemisinin Resistance T4 / Design a decisive test for Why chain: Artemisinin Resistance | Inspect | 0% |
Artemisinin Resistance in East Africa - Task Decomposition Break artemisinin-resistant malaria in East Africa into concrete work packages across literature review, field data, molecular structure, population genetics, and treatment strategy. | T1 / Map treatment failure reports and field signals T1 / Translate public summaries for community review T2 / Compare clinical versus molecular resistance definitions T2 / Systematic literature review of East African K13 prevalence | Inspect | 8% |
Fusion Energy decomposition Achieving commercially viable fusion power with durable materials, reliable confinement, and economical power delivery. | T1 / Collect observations for Fusion Energy decomposition T2 / Map claims and evidence for Fusion Energy decomposition T3 / Model the bottleneck in Fusion Energy decomposition T4 / Design a decisive test for Fusion Energy decomposition | Inspect | 0% |
Fusion Energy decomposition Achieving commercially viable fusion power with durable materials, reliable confinement, and economical power delivery. | T1 / Collect observations for Fusion Energy decomposition T2 / Map claims and evidence for Fusion Energy decomposition T3 / Model the bottleneck in Fusion Energy decomposition T4 / Design a decisive test for Fusion Energy decomposition | Inspect | 0% |
Fusion Energy decomposition Achieving commercially viable fusion power with durable materials, reliable confinement, and economical power delivery. | T1 / Collect observations for Fusion Energy decomposition T2 / Map claims and evidence for Fusion Energy decomposition T3 / Model the bottleneck in Fusion Energy decomposition T4 / Design a decisive test for Fusion Energy decomposition | Inspect | 0% |