Counterfactual Reasoning in Language Models
Overview
Counterfactual reasoning asks whether a language model can predict what would happen if a relevant fact or action were different, and whether its answer actually depends on that change. Researchers test this with paired-world benchmarks, controlled prompt or evidence edits, causal graphs, and counterfactual explanations, while training methods include supervised fine-tuning, preference optimization, reinforcement learning, and multi-agent critique. Applications range from clinical decisions and legal analysis to strategic games, multimodal question answering, and explanations of model behavior. A central challenge is that fluent answers and high accuracy can hide weak causal reasoning: performance often varies across kinds of interventions, and robustness or faithfulness on one benchmark may not transfer to new settings.
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