Recent advances in large language models(LLMs)have enabled machines to integrate web search,code execution,data analysis,decision-making,and even laboratory experimentation,as done in chemical discovery using the“co-...Recent advances in large language models(LLMs)have enabled machines to integrate web search,code execution,data analysis,decision-making,and even laboratory experimentation,as done in chemical discovery using the“co-scien-tist.”^(1)This artificial-intelligence(AI)-driven platform represents a pivotal moment in the evolution of systems.By using LLMs such as GPT-4 and Claude,co-scientists can autonomously design,plan,and execute complex chemical experiments based on simple natural-language prompts.Their capability lies in the ability to interpret plain-language requests.展开更多
文摘Recent advances in large language models(LLMs)have enabled machines to integrate web search,code execution,data analysis,decision-making,and even laboratory experimentation,as done in chemical discovery using the“co-scien-tist.”^(1)This artificial-intelligence(AI)-driven platform represents a pivotal moment in the evolution of systems.By using LLMs such as GPT-4 and Claude,co-scientists can autonomously design,plan,and execute complex chemical experiments based on simple natural-language prompts.Their capability lies in the ability to interpret plain-language requests.
