Human-AI Collaboration for Estimating Scientific Replicability 文章

ArXiv CS.AI2026-05-28NEWSen作者: Tatiana Chakravorti, Robert Fraleigh, Timothy Fritton, Christopher Griffin, Vaibhav Singh, Sai Koneru, C. Lee Giles, David Pennock, Anthony Kwasnica, Sarah Rajtmajer

详细信息

来源站点
ArXiv CS.AI
作者
Tatiana Chakravorti, Robert Fraleigh, Timothy Fritton, Christopher Griffin, Vaibhav Singh, Sai Koneru, C. Lee Giles, David Pennock, Anthony Kwasnica, Sarah Rajtmajer
文章类型
NEWS
语言
en
发布日期
2026-05-28

摘要

arXiv:2605.27394v1 Announce Type: cross Abstract: Determining whether published scientific findings can successfully be replicated is a long-standing challenge in the empirical sciences. Existing approaches for replicability assessment typically rely either on human judgment, i.e., creative assembly of human experts, or on machine learning models trained on paper content metadata. While both approaches have demonstrated value, each also has important limitations. Human forecasts can be influenced by cognitive biases and narrow exposure to the research literature, while automated assessments often struggle to capture contextual cues and subtle signals of credibility. In this paper, we examine a hybrid approach. Specifically, we introduce a hybrid prediction market in which algorithmic agents trade alongside human participants to jointly estimate the likelihood that a published scientific finding will be corroborated via the outcome of a controlled replication study.

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