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    Modified model looping could yield compute-efficiency gains that grow with scale

    A paper coauthor says modifying recursive depth, or looping, for model growth can improve pre-training scaling exponents.

    Andrew Gordon WilsonAG
    Andreas Kirsch 🇺🇦AK
    2 Sources, ,

    TLDR

    Scaling laws predict how loss decreases as computation increases. The paper’s authors say their modification to recursive depth—looping—for model growth can improve pre-training scaling exponents, meaning compute-efficiency gains that increase with scale.

    Combined views

    22.8K

    2 Sources, first seen 20d ago

    Combined views

    22.8K

    2 Sources, first seen 20d ago

    373 likes
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    20d ago
    first seen 20d ago
    373 likes
    8 comments
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    8 comments
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    60 reposts

    2 Sources

    Andrew Gordon Wilson@andrewgwilsOur new paper shows how a modification of recursive depth (looping) for model growth can improve scaling exponents in pre-training! This means compute efficiency gains that increase with scale. https://arxiv.org/abs/2609.19107 w/@charllechen, @akshayvegesna, @industriaalist 1/720d
    Andreas Kirsch 🇺🇦@BlackHCRT @andrewgwils: Our new paper shows how a modification of recursive depth (looping) for model growth can improve scaling exponents in pre-…20d

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    2 Sources

    Andrew Gordon Wilson@andrewgwilsOur new paper shows how a modification of recursive depth (looping) for model growth can improve scaling exponents in pre-training! This means compute efficiency gains that increase with scale. https://arxiv.org/abs/2609.19107 w/@charllechen, @akshayvegesna, @industriaalist 1/720d
    Andreas Kirsch 🇺🇦@BlackHCRT @andrewgwils: Our new paper shows how a modification of recursive depth (looping) for model growth can improve scaling exponents in pre-…20d