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The Lock-in Hypothesis: Stagnation by Algorithm

6 June 2025
Tianyi Qiu
Zhonghao He
Tejasveer Chugh
Max Kleiman-Weiner
ArXiv (abs)PDFHTML
Main:10 Pages
15 Figures
Bibliography:4 Pages
3 Tables
Appendix:32 Pages
Abstract

The training and deployment of large language models (LLMs) create a feedback loop with human users: models learn human beliefs from data, reinforce these beliefs with generated content, reabsorb the reinforced beliefs, and feed them back to users again and again. This dynamic resembles an echo chamber. We hypothesize that this feedback loop entrenches the existing values and beliefs of users, leading to a loss of diversity and potentially the lock-in of false beliefs. We formalize this hypothesis and test it empirically with agent-based LLM simulations and real-world GPT usage data. Analysis reveals sudden but sustained drops in diversity after the release of new GPT iterations, consistent with the hypothesized human-AI feedback loop. Code and data available atthis https URL

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@article{qiu2025_2506.06166,
  title={ The Lock-in Hypothesis: Stagnation by Algorithm },
  author={ Tianyi Alex Qiu and Zhonghao He and Tejasveer Chugh and Max Kleiman-Weiner },
  journal={arXiv preprint arXiv:2506.06166},
  year={ 2025 }
}
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