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Proving and Improving the Platonic Representation Hypothesis with JEPAs

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The paper proves a Platonic Representation Theorem: JEPAs trained separately on any modalities learn the same representation up to one rotation when positive pairs are good views of one scene, with bounded misalignment otherwise. It argues next-token prediction is a JEPA with bad views, explaining why language models align with vision only through scale. Validation spans 145k captions to 940M web images, reporting a scaling law of alignment. A 109M-parameter text JEPA reportedly aligns better with DINOv2 and CLIP image encoders than language models up to 72B parameters.

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  • Original non-discussion link+5

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What the source says

The paper proves a Platonic Representation Theorem: JEPAs trained separately on any modalities learn the same representation up to one rotation when positive pairs are good views of one scene, with bounded misalignment otherwise. It argues next-token prediction is a JEPA with bad views, explaining why language models align with vision only through scale. Validation spans 145k captions to 940M web images, reporting a scaling law of alignment. A 109M-parameter text JEPA reportedly aligns better with DINOv2 and CLIP image encoders than language models up to 72B parameters.

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Key findings from the stored brief

  • Separately trained JEPAs on good-view positive pairs learn the same representation up to one rotation, per the stated theorem.
  • Good views reportedly need 42 times fewer training samples than next-token prediction to reach the same alignment.
  • A 109M-parameter text JEPA reportedly aligns with DINOv2 and CLIP image encoders better than language models up to 72B parameters.
  • One fitted rotation turns separately trained encoders into an image captioner, reporting CIDEr .838 on COCO.
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Source claims not independently checked; results are self-reported by the authors and the benchmark numbers come from their own evaluations.

This is a source-based abstract, not independent validation of the source's claims.

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