Can AI really simulate human thinking? Research casts doubt on an influential study, suggesting an advanced model was just really good at memorizing patterns.

Can AI really simulate human thinking? Research casts doubt on an influential study, suggesting an advanced model was just really good at memorizing patterns.

Can AI really simulate human thinking? Research casts doubt on an influential study, suggesting an advanced model was just really good at memorizing patterns.

https://www.livescience.com/technology/artificial-intelligence/can-ai-really-simulate-human-thinking-research-casts-doubt-on-an-influential-study-suggesting-an-advanced-model-was-just-really-good-at-memorizing-patterns

Publish Date: 2026-05-22 08:00:00

Source Domain: www.livescience.com

  • Recent research challenges the claims of a 2025 study that an AI model called Centaur could accurately simulate human thought with up to 64% accuracy based on over 10 million human decisions.
  • The recent study argues that Centaur likely learned statistical shortcuts (overfitting) rather than understanding human behavior, as it excelled on training data but struggled with new data.
  • Centaur’s high performance was attributed to it identifying learned patterns in its training data, suggesting it may not fully understand the tasks it performed well on.
  • The new study’s findings raise questions about the ability of large language models (LLMs) to reach artificial general intelligence (AGI), emphasizing fundamental limitations in current neural-network-based AI.
  • Researchers stress the importance of stress-testing AI models to correctly assess their capabilities and avoid premature conclusions about their understanding of human cognition.
  • While the 2025 study showed Centaur could accurately predict behavior in scenarios outside its training data, the authors of the recent study did not address this finding directly.
  • Critics highlight that current AI models might excel at pattern-matching, which could give a false impression of understanding without true cognitive grasp of the task.