The paper discusses the importance of eliciting information to reduce uncertainty about latent entities in various domains using natural language.
Current large language models and fine-tuning algorithms lack mechanisms for strategically gathering information to refine their understanding of latent entities.
A proposed adaptive elicitation framework utilizes a meta-learned language model to actively reduce uncertainty by simulating future observations and quantifying uncertainty in natural language.
Experiments on games and assessments show that the framework outperforms baselines in identifying critical unknowns and improving predictions, showcasing the potential of strategic information gathering in natural language contexts.