Feature-Resolved Attention

Dictionary learning methods such as sparse autoencoders aim to provide an interpretable, mono-semantic basis for a model's computation. Although this works well for residual streams and MLPs, attention itself remains opaque at the feature level. To solve this, we introduce a principled decomposition of attention into feature-wise contributions. We call the resulting object \textit{Feature-Resolved Attention} (FRA). We then use the granularity offered by this decomposition to demonstrate Pareto-dominant steering over two model organisms of misalignment. First, we show that we can \textbf{\textit{perfectly suppress}} sleeper agent behavior via FRA--based steering in TinyStories-33M. Strikingly, in 20\% of cases we recover the original text \textit{word-for-word}. Second, we consider model organisms of Emergent Misalignment (EM). We show that intervening in the $QK$ channel of the FRA can achieve close to 40\% greater control over Emergent Misalignment than conventional steering. This is particularly surprising since conventional attention-based interventions have focused on the $OV$ channel. Our results establish Feature-Resolved Attention as an important tool for both attribution and intervention on model organisms of misalignment. Code is available at \url{https://anonymous.4open.science/r/fra_clean-842B/README.md}.