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Ethan Mollick: LLMs are revolutionizing science by synthesizing diverse ideas

Ethan Mollick argues that the revolutionary impact of Large Language Models (LLMs) on science, particularly in mathematics, is already profound. He posits that LLMs excel at synthesizing diverse ideas from different scientific subfields in novel ways. Mollick suggests that before LLMs, science was facing a stagnation due to the overwhelming volume of knowledge, which hindered new discoveries and led to ossified research. AI

IMPACT LLMs are accelerating scientific discovery by enabling novel cross-disciplinary synthesis.

RANK_REASON Opinion piece by a named credible voice.

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Ethan Mollick: LLMs are revolutionizing science by synthesizing diverse ideas

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  1. Bluesky Jetstream — AI desk TIER_1 English(EN) · emollick.bsky.social ·

    If LLMs did nothing else for science than what they have been doing in math - combining diverse ideas across subfields in novel ways - it would still be revolut

    If LLMs did nothing else for science than what they have been doing in math - combining diverse ideas across subfields in novel ways - it would still be revolutionary. Before LLMs, science was stalling under the burden of knowledge, there is too much to absorb & work was ossify…