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Anthropic's new wet lab marks a significant shift toward using large language models to directly control robotic hardware for biological discovery, moving beyond theoretical simulation to physical experimentation. By leveraging the Model Hardware Standard (MHS), Claude can autonomously coordinate complex instrument sequences and correct experimental errors, achieving a 50% hit rate in protein binder design compared to the industry standard of 10-15%. This integration represents a concrete step in applying AI agents to accelerate material science and drug development workflows.
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Anthropic opens AI-powered biology research lab

SiliconANGLE4 min de cititArticolul și perspectiva sunt în engleză.

Anthropic PBC has opened a wet lab, a facility dedicated to biology research, in the San Francisco Bay Area. Reuters reported today that the company will use robots to automate certain scientific tasks at the hub. The robots will be powered by Anthropic’s Claude series of large language models. It’s unclear what research projects the […] The post Anthropic opens AI-powered biology research lab appeared first on SiliconANGLE.

Anthropic PBC has opened a wet lab, a facility dedicated to biology research, in the San Francisco Bay Area. Reuters reported today that the company will use robots to automate certain scientific tasks at the hub. The robots will be powered by Anthropic’s Claude series of large language models. It’s unclear what research projects the lab will pursue. In June, Anthropic launched an effort…

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