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attention residual

"Attention residual" is a trick where a model passes not just the latest processed information but also older, summarized versions to later layers. Think of it like a student who, when solving a long math problem, keeps a running summary of earlier steps alongside the current one. This helps the model remember and use previous findings more effectively, preventing it from getting lost or forgetting crucial intermediate results.

Papers show this idea improves both training and reasoning. By routing "block summaries" across layers, one video model boosts its ability to use all layers equally well, generating high-quality video faster. Another model uses this method to improve information flow across its trillions of parameters, achieving better performance on complex tasks like coding and reasoning. A third paper shows that learning which past information to keep, instead of always using the latest, allows a tiny model to solve increasingly hard puzzles by effectively reasoning over many steps without forgetting.

Papers
3
Released code
1
First seen
July 2026
Latest
Oct 2026

1 paper in the last two months, against 2 in the two before.

Start here

Three papers to read first, in the order they came out
  1. 1Hybrid attention enables high-quality video generation on a single GPU

    Hybrid linear-softmax attention with attention residuals matches full-softmax video quality at linear-time cost.

    July 2026
  2. 2A 2.8-trillion-parameter open MoE model approaches frontier performance.

    Kimi K3 is an open, 2.8T parameter Mixture-of-Experts model with 104B activated parameters that achieves frontier-level performance across multiple domains.

    July 2026
  3. 3Loop-native residuals let Transformers reason across tens of thousands of iterations

    Looped Transformers keep improving past 20,000 test-time iterations when residual connections learn to retain and weight past recurrent states.

    Oct 2026

The papers

Most central to this idea first, not most recent.

Concepts are extracted from each paper and reused across the corpus, so this page grows on its own as the desk reads.