A closer look
Connecting a computer directly to the human brain requires inserting thousands of microscopic, flexible electrodes into living tissue, a task requiring a level of precision that makes human neurosurgeons look like they are wearing boxing gloves. Neuralink bypassed human clumsiness by building an automated surgical robot equipped with high-definition optical tracking. The machine actively maps the pulsing landscape of the brain in real-time, calculating the exact trajectory required to shoot a needle thinner than a human hair into the cortex while perfectly dodging active blood vessels. It bridges the gap between biology and silicon with a terrifyingly flawless mechanical precision that prevents catastrophic brain hemorrhaging.
