Could high-certainty hallucinations be a major roadblock to safe AI deployment? Let’s discuss! 👇
Could high-certainty hallucinations be a major roadblock to safe AI deployment? Let’s discuss! 👇
We need new approaches to understand hallucinations so we can mitigate them better.
This research moves us toward deeper insights into why LLMs hallucinate and how we can build more trustworthy AI.
We need new approaches to understand hallucinations so we can mitigate them better.
This research moves us toward deeper insights into why LLMs hallucinate and how we can build more trustworthy AI.
- Not all hallucinations stem from uncertainty or lack of knowledge.
- High-certainty hallucinations appear systematically across models & datasets.
- This challenges existing hallucination detection & mitigation strategies that rely on uncertainty signals
- Not all hallucinations stem from uncertainty or lack of knowledge.
- High-certainty hallucinations appear systematically across models & datasets.
- This challenges existing hallucination detection & mitigation strategies that rely on uncertainty signals
We used knowledge detection & uncertainty measurement methods to analyze when and how hallucinations occur.
We used knowledge detection & uncertainty measurement methods to analyze when and how hallucinations occur.
LLMs can produce hallucinations with high certainty—even when they possess the correct knowledge!
LLMs can produce hallucinations with high certainty—even when they possess the correct knowledge!
LLMs sometimes generate hallucinations - factually incorrect outputs. assuming that if the model is certain and does not lack knowledge it must be correct.
LLMs sometimes generate hallucinations - factually incorrect outputs. assuming that if the model is certain and does not lack knowledge it must be correct.