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Mechanistic interpretability
Understanding the internal computations of neural networks at the level of individual features and circuits remains extremely challenging. Sparse autoencoders have revealed interpretable features in medium-scale models, but scaling these techniques to frontier models with hundreds of billions of parameters is an open problem. Key questions include whether models represent concepts in superposition, how to extract faithful causal explanations of model behavior, and whether mechanistic understanding can yield practical safety guarantees.
Research Domains
safetyfoundations
Keywords
mechanistic interpretabilitysparse autoencoderfeaturecircuitsuperpositionpolysemanticityactivation patchingcausal tracingprobinglinear representationrepresentation engineering
Last updated: April 8, 2026
Recent Papers(Artificial Intelligence)
DETECTING RARE CORTICAL CONNECTIVITY AROUND THE HUMAN CENTRAL SULCUS: A DEEP LEARNING ANALYSIS OF 37,000+ TRACTOGRAPHIES
April 8, 2026openalex
MULTI-MAP FUSION FOR WEAKLY SUPERVISED DISEASE LOCALIZATION FROM GLOBALLY ASSIGNED DIAGNOSTIC LABELS IN BRAIN MRI
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EVALUATING SEGMENTATION USING BETTI-1 TOPOLOGICAL METRIC: APPLICATION TO NASAL CAVITIES IN THE CONTEXT OF AIRFLOW SIMULATION
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Faster 4D Flow MRI Scan with 3D Arbitrary-Scale Super-Resolution
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Iterative confidence-based pseudo-labeling for semi-supervised lung cancer segmentation under annotation scarcity
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FALCON: Unfolded Variational Model for Blind Deconvolution and Segmentation in 3d Dental Imaging
April 8, 2026openalex
Diffusion-Based Fourier Domain Deconvolution with Application to Ultrasound Image Restoration
April 8, 2026openalex