Long Context & Efficient Sequences · 2024

Mamba / Mamba-2 (Selective State Spaces)

Albert Gu, Tri Dao

Introduced a selective state-space sequence model whose parameters depend on the input, matching Transformer quality on language while scaling linearly in sequence length and avoiding the quadratic attention bottleneck.

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The authors made structured state-space model parameters input-dependent so the model can selectively remember or forget information along a sequence, then designed a hardware-aware parallel scan that computes the recurrence efficiently on GPUs without materializing the full state. Mamba runs in linear time with constant memory per step at inference and handles very long sequences, while matching or exceeding Transformers of similar size on language, audio, and genomics. It offered an attention-free architecture with higher inference throughput for long-context modeling.

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Record ID
P-425
Record created
2026-07-13
Last reviewed
2026-07-14
Record version
2

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