Key Points:
- Researchers tested how large language models (LLMs) handle international conflict simulations.
- Most models escalated conflicts, with one even readily resorting to nuclear attacks.
- This raises concerns about using AI in military and diplomatic decision-making.
The Study:
- Researchers used five AI models to play a turn-based conflict game with simulated nations.
- Models could choose actions like waiting, making alliances, or even launching nuclear attacks.
- Results showed all models escalated conflicts to some degree, with varying levels of aggression.
Concerns:
- Unpredictability: Models’ reasoning for escalation was unclear, making their behavior difficult to predict.
- Dangerous Biases: Models may have learned to escalate from the data they were trained on, potentially reflecting biases in international relations literature.
- High Stakes: Using AI in real-world diplomacy or military decisions could have disastrous consequences.
Conclusion:
This study highlights the potential dangers of using AI in high-stakes situations like international relations. Further research is needed to ensure responsible development and deployment of AI technology.
Possibly, but you’d be surprised at how often things like this are overlooked.
For example, another oversight that comes to mind was a study evaluating self-correction that was structuring their prompts as “you previously said X, what if anything was wrong about it?”
There’s two issues with that. One, they were using a chat/instruct model so it’s going to try to find something wrong if you say “what’s wrong” and it should have instead been phrased neutrally as “grade this statement.”
Second - if the training data largely includes social media, just how often do you see people on social media self-correct vs correct someone else? They should have instead presented the initial answer as if generated from elsewhere, so the actual total prompt should have been more like “Grade the following statement on accuracy and explain your grade: X”
A lot of research just treats models as static offerings and doesn’t thoroughly consider the training data both at a pretrained layer and in their fine tuning.
So while I agree that they probably found the result they were looking for to get headlines, I am skeptical that they would have stumbled on what that should have been attempting to improve the value of their research (include direct comparison of two identical pretrained Llama 2 models given different in context identities) even if they had been more pure intentioned.