This directory groups the research tracks and branch studies that sit alongside the main causetrace runtime-morphology work.
| Phase | Status | Summary |
|---|---|---|
| Phase 2.5 | complete | Baseline infrastructure |
| Phase 3A | complete | Descriptive corpus |
| Phase 3B | complete | Topology taxonomy |
| Phase 3C | complete | Metadata & provenance |
| Phase 3D | complete | Hypothesis registry + Tier 1 validation |
| Phase 3E | complete | Controlled transition & intervention-aware validation |
| Phase 4 | frozen | Evidence-graded theory drafting complete (4-1, 4-2). 4-3 trigger-gated, 0/8 triggers met. |
| Phase 5 | not open | Evaluation, diagnostics, prediction |
- data sessions:
1517 - metadata sessions:
992 - events:
131,952 - strict research-grade sessions:
157 - native strict sessions:
100 - agent field coverage:
100%(inline) - provider field coverage:
99.8%(inline) - runtime breadth:
7 - task breadth:
9
Phase 3D delivered the hypothesis registry (19 hypotheses, 8 categories), completed Tier 1 validation (3 supported, 1 inconclusive, 1 not supported), and honestly deferred Tier 2 (failure samples genuinely rare in real agent behavior: 1/100 native failure, 0/100 near-failure). See closure report.
Phase 3E delivered the intervention lane infrastructure (4 lanes, parser detection gate, auto-detection in enrichment), completed 3 sub-phases (baseline, annotation, instrumentation), opened the superpowers_workflow_intervention gate (5 tagged sessions), and honestly deferred Tier 2 validation (failure samples genuinely rare: 1/101 native failure, 5/101 near-failure). Phase 2 auto-detection is operational for superpowers lane. See closure report.
Phase 4 is frozen after evidence-graded theory drafting. Sub-phases 4-1 (evidence grading) and 4-2 (theory draft skeleton) are complete. Phase 4-3 (evidence refresh) is trigger-gated and will only reopen when corpus growth, intervention tags, failure/near-failure density, or metadata coverage crosses predefined thresholds. Currently 0/8 triggers met.
Phase 4 documents:
- Runtime Morphology Theory Draft v0.1 — Consolidated draft: 2 supported, 1 caveated, 6 exploratory, 3 deferred
- Evidence Grading Matrix — Full candidate review with blockers and promotion conditions
- Safety-Control Runtime Morphology — 5 exploratory T-SC candidates
- Phase 4-3 Trigger Conditions — 8 corpus-growth triggers, 7 non-triggers
Phase 4 must not enter:
- Prediction, anomaly detection, or automatic diagnosis
- Universal prompt policy defaulting
- Cross-lane aggregation without lane disclosure
- Promotion of exploratory findings to stable theory without additional evidence
- Phase 5 (evaluation / diagnostics)
- Jailbreak reproduction or attack research
- Cross-project Prompt Morphology Study
- public research branch
- v0.1 / v0.2 complete
- apply-first phase active
- prompt-routing-skill
- derived from the cross-project prompt morphology work
- routes tasks to
minimal_prompt,human_structured_prompt, orexpanded_constrained_prompt - pairs with
causetraceby selecting prompt posture first and measuring the resulting trace morphology here
- Prompt Routing Intervention
- apply-first phase is active
- routed tasks should be treated as a distinct prompt-posture lane in later morphology analysis
- use when the task framing itself is part of the experiment or workflow policy
Treat prompt posture as a first-class experimental variable, not as part of the native baseline.
| Type | Meaning | Mix into native direct-prompt conclusions? |
|---|---|---|
| direct-prompt native trace | User/developer gave the agent a task directly | Yes, under native rules |
| routed-prompt trace | prompt-routing-skill selected the posture first |
No, not directly |
| expanded prompt study trace | Controlled prompt morphology comparison | Controlled / intervention lane |
| external trajectory | External data source | External lane |
Rules:
routed-promptis a workflow intervention, not an original natural prompt.- Keep direct and routed traces separate in analysis.
- Do not merge routed traces into the native direct-prompt baseline.
- If routed traces are analyzed, label them explicitly as routed.
Treat workflow intervention as a separate experimental axis from prompt posture.
| Type | Meaning | Mix into native direct-prompt conclusions? |
|---|---|---|
| direct_prompt_native | User/developer gave the agent a task directly | Yes, under native rules |
| routed_prompt_intervention | prompt-routing-skill selected the posture first |
No, not directly |
| superpowers_workflow_intervention | A structured workflow plugin changed the execution shape | No, not directly |
| controlled_prompt_morphology | Controlled prompt comparison or pilot run | Controlled / intervention lane |
Rules:
- Analyze each workflow lane independently first.
- Do not merge intervention traces into the native direct-prompt baseline.
- Cross-lane comparison may report trends only.
- Intervention-lane findings do not become universal policy without additional validation.
Branch studies and skills may inform hypotheses and workflow choices, but they do not change the causetrace core boundary by themselves.