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Bar-Ilan University

Academic institutioneurope · il
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Research library326linked papers
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Selected work

Representative Papers

LLM-Generated or Human-Written? Comparing Review and Non-Review Papers on ArXiv

Jan 19, 2026arXiv.org

ArXiv recently prohibited the upload of unpublished review papers to its servers in the Computer Science domain, citing a high prevalence of LLM-generated content in these categories. However, this decision was not accompanied by quantitative evidence. In this work, we investigate this claim by measuring the proportion of LLM-generated content in review vs. non-review research papers in recent years. Using two high-quality detection methods, we find a substantial increase in LLM-generated content across both review and non-review papers, with a higher prevalence in review papers. However, when considering the number of LLM-generated papers published in each category, the estimates of non-review LLM-generated papers are almost six times higher. Furthermore, we find that this policy will affect papers in certain domains far more than others, with the CS subdiscipline Computers&Society potentially facing cuts of 50%. Our analysis provides an evidence-based framework for evaluating such policy decisions, and we release our code to facilitate future investigations at: https://github.com/yanaiela/llm-review-arxiv.

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Lessons from complexity theory for AI governance

Jan 07, 2025

This paper addresses governance challenges in AI systems arising from inherent complexity—specifically, synthetic-data-driven feedback loops, AI–critical-infrastructure coupling inducing cascading failures, and nonlinear evolution with emergent behaviors. Drawing on complexity science, public health, and climate governance, the study employs cross-domain analogy and mechanistic analysis to formulate a novel governance framework for complex adaptive systems. It establishes three core principles: (1) identification of optimal timing for dynamic interventions, (2) design of resilient institutional architectures, and (3) adaptive calibration of risk thresholds. Its key contribution is the first systematic integration of complexity science into AI governance, yielding an actionable “complexity-compatible” framework. The framework explicitly targets two high-risk scenarios—synthetic-data feedback cycles and AI–infrastructure interdependence—and provides theoretical grounding and practical pathways for mitigating emergent, path-dependent, and cross-domain propagating risks. (149 words)

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Recent publications

Latest Papers

Freemium Model for Information Provision

Sep 01, 2026

本文探讨了通过免费和付费信息信号优化信息销售收益的理论模型,使用重复零和博弈及贝叶斯说服工具,发现提供免费信息能否增加收益取决于买方效用函数形式。

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