Sep-Latent compresses reasoning to 5.4 tokens
Sep-Latent is a research framework that compresses chain-of-thought reasoning into separator-token latents, using attention decay and multi-level distillation. It reports 56.8% accuracy on GSM8K-Aug while dynamically averaging just 5.4 latent tokens per problem.
Sep-Latent makes latent reasoning more practical by replacing fixed-length hidden deliberation with adaptive, structurally grounded compression—but its evidence is still concentrated in one benchmark.
- –Separator tokens act as semantic anchors for preserving compressed reasoning state
- –Adaptive termination allocates more latent computation to harder queries
- –Multi-level distillation helps align explicit reasoning traces with the latent pathway
- –The 5.4-token average suggests meaningful inference-efficiency gains over verbose chain-of-thought
- –Broader testing is needed across models, tasks, latency, and failure modes
DISCOVERED
1h ago
2026-10-20
PUBLISHED
1h ago
2026-10-20
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