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  • Why machines don’t speak biology: Toward native biological language models Yonatan Stelzer · Amos Tanay
    Advances in AI have shown promise in protein structural information, but in this perspective, the authors argue that biology’s true complexity—emergent, evolved, and irreducibly messy—demands more than bigger models or more data and that unlocking a genuine “biological” AI requires anchoring machine learning in canonical, process-based “world models,” rather than chasing a universal theory built from parts alone.
     

Why machines don’t speak biology: Toward native biological language models

28 July 2026 at 08:00
Advances in AI have shown promise in protein structural information, but in this perspective, the authors argue that biology’s true complexity—emergent, evolved, and irreducibly messy—demands more than bigger models or more data and that unlocking a genuine “biological” AI requires anchoring machine learning in canonical, process-based “world models,” rather than chasing a universal theory built from parts alone.
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