Artificial intelligence independently performed brain surgery on a living mammal for the first time The scientist entrusted the Claude Sonet 5 neural network to perform surgery on the brain of a live mouse to treat epilepsy and reduce the number of seizures. During the preparation, the model analyzed 19 possible treatment options and chose the most effective one - improving the action of a natural substance responsible for inhibiting and calming the brain. For maximum accuracy, Claude determined the injection site by averaging data from three scientific studies and calculated the injection point. The procedure itself was closely monitored: the model lowered the needle to a depth of 4.3 mm and injected a microscopic dose of the drug over five minutes, checking the camera image in real time 32 times to monitor complications, including bleeding. The experiment ended successfully: the rodent came to his senses and recovered completely. It is worth noting that more powerful versions of the model -. Opus 5.5 and Opus 5 - refused to complete the mission due to ethical restrictions related to disturbing living biological objects. According to the researcher, this is the first known case where the artificial intelligence independently chose a treatment method and performed a physical injection directly into the brain of a living mammal.

Artificial intelligence independently performed brain surgery on a living mammal for the first time The scientist entrusted the Claude Sonet 5 neural network to perform surgery on the brain of a live mouse to treat epilepsy and reduce the number of seizures. During the preparation, the model analyzed 19 possible treatment options and chose the most effective one - improving the action of a natural substance responsible for inhibiting and calming the brain. For maximum accuracy, Claude determined the injection site by averaging data from three scientific studies and calculated the injection point. The procedure itself was closely monitored: the model lowered the needle to a depth of 4.3 mm and injected a microscopic dose of the drug over five minutes, checking the camera image in real time 32 times to monitor complications, including bleeding. The experiment ended successfully: the rodent came to his senses and recovered completely. It is worth noting that more powerful versions of the model -. Opus 5.5 and Opus 5 - refused to complete the mission due to ethical restrictions related to disturbing living biological objects. According to the researcher, this is the first known case where the artificial intelligence independently chose a treatment method and performed a physical injection directly into the brain of a living mammal.