Detecting Research Misconduct in the Age of Artificial Intelligence

The rise of fraudulent papers, exacerbated by AI-assisted technologies, threatens scientific integrity, but new detection tools offer hope.

Written byDanielle Gerhard, PhD
| 2 min read

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In 2023, academic journals retracted nearly 14,000 papers, up from around 2,000 a decade before. Plagiarism and concerns about data authenticity accounted for most of the cases, with many papers showing clear "fingerprints" of research misconduct.

Graphic of a magnifying glass over different fingerprints of misconduct, including tortured phrases, manipulated images, unverifiable reagents, and the undisclosed use of AI-generated content.
modified from © istock.com, Yana Lysenko, the8monkey, panimoni; designed by erin lemieux

For years, the literature has been inundated with papers featuring nonsensical text, unusual phrases, unverifiable reagents, and manipulated images. Now, there is growing evidence of content generated by large language models and artificial intelligence (AI)-based systems.1-3


Graphic of a magnifying glass over different tools for detecting misconduct, including the Problematic Paper Screener, image analysis tools, and AI-content detectors.
modified from © istock.com, Yana Lysenko, the8monkey, panimoni, Kojaif; designed by erin lemieux

To counteract the rising number of fraudulent papers and depollute the literature, scientists are developing tools that detect these “fingerprints,” with emerging detection tools pitting AI against AI.


Graphic of five robots surrounding a piece of paper and a book inspecting the information.
modified from © istock.com, mathisworks; designed by erin lemieux

However, as fraudsters continually develop new methods to outsmart existing safeguards, detection tools need to evolve faster to keep up with deception.

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Meet the Author

  • Black and white photo of Danielle Gerhard

    Danielle is a Senior Editor at The Scientist. She earned her PhD in psychology and behavioral neuroscience from Yale University and completed a postdoctoral fellowship in neuroscience Weill Cornell Medicine. Her research explored the cellular and molecular mechanisms of stress and depression across development. She has served as editor-in-chief of the Yale Journal of Biology and Medicine, contributed stories to BioTechniques News and Drug Discovery News, and engaged in various science outreach initiatives across Connecticut and NYC.

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Published In

The Scientist Winter issue cover 2024
December 2024

Detection or Deception: The Double-Edged Sword of AI in Research Misconduct

New artificial intelligence tools help scientists fight back against a rising tide of research misconduct, but is it enough?

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