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R0058/2026-04-03/C001/SRC01

Research R0058 — Candidate evidence test
Run 2026-04-03
Claim C001
Search Researcher-provided
Result CE01
Source SRC01

Roytburg & Miller (2025) — Primary quantitative study on AI safety-ethics community divide

Source

Field Value
Title Mind the Gap! Pathways Towards Unifying AI Safety and Ethics Research
Publisher arXiv (preprint); accepted at IASEAI 2026
Author(s) Dani Roytburg (Carnegie Mellon University), Beck Miller (Emory University)
Date 2025-12-10
URL https://arxiv.org/html/2512.10058
Type Research paper (bibliometric/network analysis)
Origin Researcher-provided

Summary

Dimension Rating
Reliability Medium-High
Relevance High
Bias: Missing data Some concerns
Bias: Measurement Low risk
Bias: Selective reporting Low risk
Bias: Randomization N/A — not an RCT
Bias: Protocol deviation N/A — not an RCT
Bias: COI/Funding Low risk

Rationale

Dimension Rationale
Reliability Medium-High rather than High because: (1) this is a preprint accepted at a conference but not yet journal-published with full peer review; (2) the methodology is rigorous (null model comparisons, 500-2000 replications, p<0.001 significance tests) but the dataset is limited to 12 specific venues over 5 years. Carnegie Mellon and Emory affiliations are credible.
Relevance High — this is the primary source for the claim's specific numerical assertions. The 83.1% homophily figure and bridge concentration statistics are directly reported.
Bias flags Missing data concern: the study examines only 12 ML/NLP conference venues; researchers publishing in other venues (journals, workshops, interdisciplinary conferences) are not captured, which could systematically undercount cross-field collaboration. No conflicts of interest or funding bias identified — the authors appear to advocate for integration, which could introduce framing bias but does not affect the quantitative measurements.

Evidence Extracts

Evidence ID Summary
SRC01-E01 83.1% global homophily — Figure 1 caption and supporting statistics
SRC01-E02 Top 1% of authors by degree control 58.0% of cross-disciplinary paths
SRC01-E03 Mixed papers represent 9.5% of filtered corpus; reachability analysis