GRIP: Grounded Reasoning via Information-Restricted Premises
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TL;DR - GRIP is a RAG method that restricts the capacity of the retrieved-evidence channel so models encode information missing from the query. It improves reasoning performance while reducing hallucination by 73% across five benchmarks.
- Keeps full-dimensional query access but applies a severe stochastic bottleneck to retrieved evidence.
- Reduces query–latent mutual information about 30×, from 14.8 to 0.47 bits.
- Outperforms strong iterative baselines on five reasoning benchmarks.
- Produces evidence representations less aligned with query-dominated subspaces.
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GRIP: Grounded Reasoning via Information-Restricted Premises
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TL;DR - GRIP is a RAG method that restricts the capacity of the retrieved-evidence channel so models encode information missing from the query. It improves reasoning performance while reducing hallucination by 73% across five benchmarks.
- Keeps full-dimensional query access but applies a severe stochastic bottleneck to retrieved evidence.
- Reduces query–latent mutual information about 30×, from 14.8 to 0.47 bits.
- Outperforms strong iterative baselines on five reasoning benchmarks.
- Produces evidence representations less aligned with query-dominated subspaces.