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Training Objectives Move Beyond Next-Token Prediction

Architectures that predict in latent or concept space alongside next-token training keep posting reasoning gains at fixed parameter counts, so expect recurring non-token-level objectives to scale further and for the pretraining objective — not data volume or parameter count — to become a contested axis of frontier model design.

weakening · confidence 38 · Emerging (watchlist) · tracking since September 11, 2026 · updated September 14, 2026

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Score history

Daily conviction score, 0 to 100. Higher means the thesis is more strongly corroborated.

Sep 13 · 39Sep 14 · 38

Now 38 · -1 since Sep 13 · ranged 38 to 39

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Why the conviction moved

  • Sep 13
    Strengthened +5

    LeVJEPA replaces the usual self-supervised heuristics in latent-space video prediction with a single regularizer that provably rules out representation collapse. Removing the main theoretical objection to joint-embedding predictive objectives makes the training objective, rather than data or parameter count, the lever producing the gain.

  • Sep 11
    Strengthened

    NCP-ArchPreview scales latent-space concept-level prediction to 8.9 billion parameters, beating OLMo-3 on reasoning benchmarks including a 5.99-point GSM8K improvement, the largest published run of this objective class to date.

Source trail

  • Supporting · September 13, 2026

    A Collapse-Free Video Encoder Matches V-JEPA 2 With Up to 20.8 Times Less Pretraining Compute

    LeVJEPA replaces the usual self-supervised heuristics in latent-space video prediction with a single regularizer that provably rules out representation collapse. Removing the main theoretical objection to joint-embedding predictive objectives makes the training objective, rather than data or parameter count, the lever producing the gain.

    AI with Papers (Telegram)
  • Supporting · September 11, 2026

    A Latent-Space Language Model Scales to 8.9 Billion Parameters and Beats OLMo-3 on Reasoning

    NCP-ArchPreview scales latent-space concept-level prediction to 8.9 billion parameters, beating OLMo-3 on reasoning benchmarks including a 5.99-point GSM8K improvement, the largest published run of this objective class to date.

    arXiv cs.CL

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