Whether LLMs Genuinely Perform Latent Reasoning
Determine whether large language models internally perform latent multi-hop reasoning—retrieving intermediate bridge entities and propagating inference—rather than simply memorizing multi-hop question patterns as atomic facts.
References
The inner workings of LLMs are themselves a controversial topic, and some unconfirmed issues about these mechanisms are fatal to the task of knowledge updating: one such question is whether LLMs genuinely perform latent reasoning.
— Open Problems and a Hypothetical Path Forward in LLM Knowledge Paradigms
(2504.06823 - Ye et al., 9 Apr 2025) in Section 3.1 (Challenges in Updating LLM Knowledge)
The results indicate the two-layer setting improves success and that the full system can complete repository-level repair without pre-built entity relation edges. This is compatible with the hypothesis, but does not directly verify the latent graph realized inside the model.
— The Thousand-Graph Hypothesis: A Testable Hypothesis of Task-Conditioned Relation Materialization in Repository-Level Code Reasoning
(2608.26602 - Ding, 27 Aug 2026) in Abstract; Sections 5.2–5.3; Section 8, Conclusion and Boundary