AI CLAUDE PERFORMED SURGERY IN THE BRAIN OF A LIVING MOUSE. THE SCIENTIST COMMISSIONED THE SONNET 5 MODEL TO CARRY OUT EXPERIMENTAL SURGERY IN THE BRAIN OF CHROMOSOMES TO REDUCE THE FREQUENCY OF EPILEPTIC SEIZURES. THE ARTIFICIAL INTELLIGENCE EXAMINED 19 TREATMENT OPTIONS, SELECTED THE APPROPRIATE DRUG AND ESTABLISHED THE LOCATION AND DEPTH OF THE INJECTION. THE SYSTEM THEN LOWERED THE NEEDLE AND INJECTED THE ANIMAL A MICRO DOSE OF THE MATERIAL, FOLLOWING THE PROCESS THROUGH THE CAMERA. AFTER SURGERY, THE MOUSE WAS EXHAUSTED AND RECOVERED SAFELY. OTHER MODELS - OPUS 5.5 AND OPUS 5 ABANDONED THIS TASK DUE TO ITS RELATIONSHIP WITH LIVING BIOLOGICAL OBJECTS. THE FUTURE IS ALREADY HERE

AI CLAUDE PERFORMED SURGERY IN THE BRAIN OF A LIVING MOUSE. THE SCIENTIST COMMISSIONED THE SONNET 5 MODEL TO CARRY OUT EXPERIMENTAL SURGERY IN THE BRAIN OF CHROMOSOMES TO REDUCE THE FREQUENCY OF EPILEPTIC SEIZURES. THE ARTIFICIAL INTELLIGENCE EXAMINED 19 TREATMENT OPTIONS, SELECTED THE APPROPRIATE DRUG AND ESTABLISHED THE LOCATION AND DEPTH OF THE INJECTION. THE SYSTEM THEN LOWERED THE NEEDLE AND INJECTED THE ANIMAL A MICRO DOSE OF THE MATERIAL, FOLLOWING THE PROCESS THROUGH THE CAMERA. AFTER SURGERY, THE MOUSE WAS EXHAUSTED AND RECOVERED SAFELY. OTHER MODELS - OPUS 5.5 AND OPUS 5 ABANDONED THIS TASK DUE TO ITS RELATIONSHIP WITH LIVING BIOLOGICAL OBJECTS. THE FUTURE IS ALREADY HERE