LLMs are particularly effective at problems with large amounts of well-tokenizable data and a clear hierarchical structure, such as protein folding in biology, but less suitable for physics problems like Einstein's general relativity which require creative insight into novel conceptual relationships not present in training data.
factualpending
Speaker
Eric SchmidtEvidence Quote
“Anytime you have large amounts of well-tokenizable data you get benefits of LLM... Einstein's big insight could be made by AI? Not today and maybe not in our lifetimes.”
Source
AI and Quantum Computing: Glimpsing the Near Future | World Science Festival— World Science FestivalCreated: 8/12/2026, 10:28:01 PM
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