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  ## Introduction
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- We introduce **Intern-S2-Mobius**, a 35B foundation model built on the Mobius-v0 architecture, which decouples knowledge vectors from reasoning operators inside the base model. Instead of binding knowledge storage and reasoning computation layer by layer as in conventional Transformer models, Mobius organizes knowledge into a globally shared **Memory** and lets multiple **Reasoners** iteratively query and refine hidden states against this shared repository.
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  This knowledge-reasoning separation gives Intern-S2-Mobius two native capabilities: **Backward Residual Connection**, where reasoning stages can access knowledge beyond their local layer hierarchy, and **Dynamic Latent Reasoning**, where deliberation, refinement, and multi-token prediction are internalized into high-density continuous states. Continual-pretrained from Qwen3.5-35B and further post-trained with SFT and RL, Intern-S2-Mobius preserves strong downstream capability while achieving substantially higher end-to-end inference efficiency, with nearly 4x speedup reported in the technical report.
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  ## Introduction
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+ We introduce **Intern-S2-Mobius**, a 35B foundation model built on the Mobius-v0 architecture realized by Xtuner and LMDeploy. Instead of binding knowledge storage and reasoning computation layer by layer as in conventional Transformer models, Mobius organizes knowledge into a globally shared **Memory** and lets multiple **Reasoners** iteratively query and refine hidden states against this shared repository.
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  This knowledge-reasoning separation gives Intern-S2-Mobius two native capabilities: **Backward Residual Connection**, where reasoning stages can access knowledge beyond their local layer hierarchy, and **Dynamic Latent Reasoning**, where deliberation, refinement, and multi-token prediction are internalized into high-density continuous states. Continual-pretrained from Qwen3.5-35B and further post-trained with SFT and RL, Intern-S2-Mobius preserves strong downstream capability while achieving substantially higher end-to-end inference efficiency, with nearly 4x speedup reported in the technical report.
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