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Towards Generalizable AI-Assisted Misinformation Inoculation: Protecting Confidence Against False Election Narratives

Mitchell Linegar, Betsy Sinclair, Sander van der Linden and R. Michael Alvarez

Papers from arXiv.org

Abstract: We present a generalizable AI-assisted framework for rapidly generating effective "prebunking" interventions against misinformation. Like mRNA vaccine platforms, our approach uses a stable template structure that can be quickly adapted to counter emerging false narratives. In a preregistered two-wave experiment with 4,293 U.S. registered voters, we test this framework against politically-charged election misinformation -- one of the most challenging domains for misinformation intervention. Our design directly tests scalability by comparing human-reviewed and purely AI-generated inoculation messages. We find that LLM-generated prebunking significantly reduced belief in election rumors (persisting for at least one week) and increased confidence in election integrity across partisan lines. Purely AI-generated messages proved as effective as human-reviewed versions, with some achieving larger protective effects, demonstrating that effective misinformation inoculation can be achieved at machine speed without proportional human effort, offering a scalable defense against the accelerating threat of false narratives across all domains.

Date: 2024-10, Revised 2025-06
New Economics Papers: this item is included in nep-ain, nep-dcm, nep-exp and nep-pol
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