Alexander Doria proposes training data shape as a cause of superposition in Qwen-3 and Kimi
Overview
Alexander Doria says interpretability analyses of modern models overlook data shape as a likely cause of superposition, the phenomenon where a model encodes multiple features in overlapping directions.
In an X post, he argues that Qwen-3 and Kimi, which were trained on large amounts of clean synthetic data and environments, may have their features and superposition shaped by that training data.
The claim is a hypothesis from one source, and the post does not include experiments or measurements that test it.
Written by AI from the articles below · updated Oct 16, 6:22 AM ET
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Alexander Doria@DorialexanderXData shape may explain superposition in Qwen-3 and Kimi modelsAIAlexander Doria says interpretability analyses of modern models overlook data shape as a likely cause of superposition. He argues that Qwen-3 and Kimi, trained on large amounts of clean synthetic data and environments, may have features and superposition shaped by that training data.
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